| Portafill® H5F12.0 | Sibelco | Portafill® H5F12.0 is produced from carefully selected, naturally occurring, platy, sedimentary mineral, consisting predominantly of partially hydrated magnesium-calcium carbonate. Particle shape, fineness and high brightness make this product a very efficient extender...voir plus Portafill® H5F12.0 is produced from carefully selected, naturally occurring, platy, sedimentary mineral, consisting predominantly of partially hydrated magnesium-calcium carbonate. Particle shape, fineness and high brightness make this product a very efficient extender for TiO2 in paint, paper and board applications. Its platy particle shape and very fine particle size make it an effective rheology modifier in aqueous suspensions and other fluids. It is therefore valued for applications in a/o adhesives, sealants and plastisols. The oil absorption for this grade is 57g/100 g. voir moins | |
| Zetatalc EW10 | Microfill K. Zafranas S.A. | Zetatalc EW10 is made of pure lamellar talc. The crystals are microcrystalline in shape and processed in such a way so as to always retain this shape. This filler has an extremely high degree of whiteness and chemical purity. It has a dry brightness value...voir plus Zetatalc EW10 is made of pure lamellar talc. The crystals are microcrystalline in shape and processed in such a way so as to always retain this shape. This filler has an extremely high degree of whiteness and chemical purity. It has a dry brightness value of 97% and and oil absorption of 48 per 100 grams of powder. It is intended for use in industrial paints, such as powder coatings and brushing enamels, as well as emulsion paints and putties. voir moins | |
| Ulmer Weiss 0.5-1.0 | Eduard Merkle GmbH & Co. KG | Ulmer Weiss 0.5-1.0 is a fine calcium carbonate granulate designed for use as a filler, pigment, mixing agent, or raw material in manufacturing processes. Common applications of this product include paints, varnishes, coatings, printing inks, mastics, soa...voir plus Ulmer Weiss 0.5-1.0 is a fine calcium carbonate granulate designed for use as a filler, pigment, mixing agent, or raw material in manufacturing processes. Common applications of this product include paints, varnishes, coatings, printing inks, mastics, soaps, paperboard, paper, detergents, rubber, cleaning mixtures, dyes, pigments, and polishing mixtures. Ulmer Weiss 0.5-1.0 is similar to sand or gravel in appearance with a characteristic odor and grain size of 0.5-1.0. This product does not flash and is non flammable. voir moins | |
| Ulmer Weiss 0.5-1.2 | Eduard Merkle GmbH & Co. KG | Ulmer Weiss 0.5-1.2 is a fine calcium carbonate granulate designed for use as a filler, pigment, mixing agent, or raw material in manufacturing processes. Common applications of this product include paints, varnishes, coatings, printing inks, mastics, soa...voir plus Ulmer Weiss 0.5-1.2 is a fine calcium carbonate granulate designed for use as a filler, pigment, mixing agent, or raw material in manufacturing processes. Common applications of this product include paints, varnishes, coatings, printing inks, mastics, soaps, paperboard, paper, detergents, rubber, cleaning mixtures, dyes, pigments, and polishing mixtures. Ulmer Weiss 0.5-1.2 is similar to sand or gravel in appearance with a characteristic odor and grain size of 0.5-1.2. This product does not flash and is non flammable. voir moins | |
| Ulmer Weiss 1-2 | Eduard Merkle GmbH & Co. KG | Ulmer Weiss 1-2 is a fine calcium carbonate granulate designed for use as a filler, pigment, mixing agent, or raw material in manufacturing processes. Common applications of this product include paints, varnishes, coatings, printing inks, mastics, soaps, ...voir plus Ulmer Weiss 1-2 is a fine calcium carbonate granulate designed for use as a filler, pigment, mixing agent, or raw material in manufacturing processes. Common applications of this product include paints, varnishes, coatings, printing inks, mastics, soaps, paperboard, paper, detergents, rubber, cleaning mixtures, dyes, pigments, and polishing mixtures. Ulmer Weiss 1-2 is similar to sand or gravel in appearance with a characteristic odor and grain size of 1.0-2.0. This product does not flash and is non flammable. voir moins | |
| Ulmer Weiss 2-3 | Eduard Merkle GmbH & Co. KG | Ulmer Weiss 2-3 is a fine calcium carbonate granulate designed for use as a filler, pigment, mixing agent, or raw material in manufacturing processes. Common applications of this product include paints, varnishes, coatings, printing inks, mastics, soaps, ...voir plus Ulmer Weiss 2-3 is a fine calcium carbonate granulate designed for use as a filler, pigment, mixing agent, or raw material in manufacturing processes. Common applications of this product include paints, varnishes, coatings, printing inks, mastics, soaps, paperboard, paper, detergents, rubber, cleaning mixtures, dyes, pigments, and polishing mixtures. Ulmer Weiss 2-3 is similar to sand or gravel in appearance with a characteristic odor and grain size of 2.0-3.0. This product does not flash and is non flammable. voir moins | |
| Ulmer Weiss 3-4 | Eduard Merkle GmbH & Co. KG | Ulmer Weiss 3-4 is a fine calcium carbonate granulate designed for use as a filler, pigment, mixing agent, or raw material in manufacturing processes. Common applications of this product include paints, varnishes, coatings, printing inks, mastics, soaps, ...voir plus Ulmer Weiss 3-4 is a fine calcium carbonate granulate designed for use as a filler, pigment, mixing agent, or raw material in manufacturing processes. Common applications of this product include paints, varnishes, coatings, printing inks, mastics, soaps, paperboard, paper, detergents, rubber, cleaning mixtures, dyes, pigments, and polishing mixtures. Ulmer Weiss 3-4 is similar to sand or gravel in appearance with a characteristic odor and grain size of 3.0-4.0. This product does not flash and is non flammable. voir moins | |
| Ulmer Weiss 4-6 | Eduard Merkle GmbH & Co. KG | Ulmer Weiss 4-6 is a fine calcium carbonate granulate designed for use as a filler, pigment, mixing agent, or raw material in manufacturing processes. Common applications of this product include paints, varnishes, coatings, printing inks, mastics, soaps, ...voir plus Ulmer Weiss 4-6 is a fine calcium carbonate granulate designed for use as a filler, pigment, mixing agent, or raw material in manufacturing processes. Common applications of this product include paints, varnishes, coatings, printing inks, mastics, soaps, paperboard, paper, detergents, rubber, cleaning mixtures, dyes, pigments, and polishing mixtures. Ulmer Weiss 4-6 is similar to sand or gravel in appearance with a characteristic odor and grain size of 4.0-6.0. This product does not flash and is non flammable. voir moins | |
| Ulmer Weiss 6-8 | Eduard Merkle GmbH & Co. KG | Ulmer Weiss 6-8 is a fine calcium carbonate granulate designed for use as a filler, pigment, mixing agent, or raw material in manufacturing processes. Common applications of this product include paints, varnishes, coatings, printing inks, mastics, soaps, ...voir plus Ulmer Weiss 6-8 is a fine calcium carbonate granulate designed for use as a filler, pigment, mixing agent, or raw material in manufacturing processes. Common applications of this product include paints, varnishes, coatings, printing inks, mastics, soaps, paperboard, paper, detergents, rubber, cleaning mixtures, dyes, pigments, and polishing mixtures. Ulmer Weiss 6-8 is similar to sand or gravel in appearance with a characteristic odor and grain size of 6.0-8.0. This product does not flash and is non flammable. voir moins | |
| Ulmer Weiss 8-16 | Eduard Merkle GmbH & Co. KG | Ulmer Weiss 8-16 is a fine calcium carbonate granulate designed for use as a filler, pigment, mixing agent, or raw material in manufacturing processes. Common applications of this product include paints, varnishes, coatings, printing inks, mastics, soaps,...voir plus Ulmer Weiss 8-16 is a fine calcium carbonate granulate designed for use as a filler, pigment, mixing agent, or raw material in manufacturing processes. Common applications of this product include paints, varnishes, coatings, printing inks, mastics, soaps, paperboard, paper, detergents, rubber, cleaning mixtures, dyes, pigments, and polishing mixtures. Ulmer Weiss 8-16 is similar to sand or gravel in appearance with a characteristic odor and grain size of 8.0-16.0. This product does not flash and is non flammable. voir moins | |
| Microblanc 90T | Microfill K. Zafranas S.A. | Microblanc 90T is a highly pure crystalline calcium carbonate. This product is coated by an organic median which renders the surface of the inorganic particles to an organic one, making the filler compatible with an organic media. Microblanc 90T has a dry...voir plus Microblanc 90T is a highly pure crystalline calcium carbonate. This product is coated by an organic median which renders the surface of the inorganic particles to an organic one, making the filler compatible with an organic media. Microblanc 90T has a dry brightness of 98% and an oil absorption of 22 per 100 grams of powder. The product is intended to be used in powder coatings, brushing enamels, printing inks and radiation curring paints as well as high gloss emulsion paints. voir moins | |
| Zetafil CST1 | Microfill K. Zafranas S.A. | Zetafil CST1 is based on a very white, pure crystalline calcium carbonate raw material. Zetafil CST1 is coated by an organic median which transforms the surface of the inorganic particles into an organic one, thus achieving full compatibility of the fille...voir plus Zetafil CST1 is based on a very white, pure crystalline calcium carbonate raw material. Zetafil CST1 is coated by an organic median which transforms the surface of the inorganic particles into an organic one, thus achieving full compatibility of the filler to the resin. Due to its particle size distribution, Zetafil CST1 is easily dispersed. It has a dry brightness value of 96.5% and an oil absorption of 18 per 100 grams of powder. It is intended for use in high gloss enamels. voir moins | |
| ZetaSperse® 3100 Pigment Dispersing Additive | Evonik Operations GmbH, BL Coating Additives | ZetaSperse® 3100 is designed to wet, disperse, and stabilize a range of pigment and filler chemistries, with exceptional performance for carbon black dispersions. It is suitable for aqueous pigment dispersions. ZetaSperse® 3100 is based on polymeric dispe...voir plus ZetaSperse® 3100 is designed to wet, disperse, and stabilize a range of pigment and filler chemistries, with exceptional performance for carbon black dispersions. It is suitable for aqueous pigment dispersions. ZetaSperse® 3100 is based on polymeric dispersant technology with characteristics that enable strong interactions with a variety of pigment surface chemistries. ZetaSperse® 3100 advantages include robust color and dispersion stability in letdown, improved dispersion rheology and increased color development. ZetaSperse® 3100 is free from APEs, solvents, glycols and HAPS. voir moins | Request Sample |
| GENIOSIL® GF 31 | Wacker Chemie AG | GENIOSIL® GF 31 is an alkoxysilane with a methacrylic organofunctional group. It´s a clear, colorless, light and heat sensitive liquid with a characteristically sweet odor. The silane hydrolyzes in the presence of moisture (methanol is released) to form s...voir plus GENIOSIL® GF 31 is an alkoxysilane with a methacrylic organofunctional group. It´s a clear, colorless, light and heat sensitive liquid with a characteristically sweet odor. The silane hydrolyzes in the presence of moisture (methanol is released) to form silanols, which can then react with themselves to produce siloxanes. As a bifunctional, organically unsaturated molecule, GENIOSIL® GF 31 can be incorporated into organic polymers, e.g. via radical grafting. It can be applied in coatings, emulsion paints and filler treatments. voir moins | |
| GENIOSIL® GF 93 | Wacker Chemie AG | GENIOSIL® GF 93 is an alkoxysilane with an amino-functional group. It´s a clear, colorless liquid with a characteristic amine odor. Due to the nature of the amino group, this substance reacts as a strong base. The silane hydrolyzes autocatalytically in th...voir plus GENIOSIL® GF 93 is an alkoxysilane with an amino-functional group. It´s a clear, colorless liquid with a characteristic amine odor. Due to the nature of the amino group, this substance reacts as a strong base. The silane hydrolyzes autocatalytically in the presence of moisture (Ethanol is released) to form silanols, which can subsequently react with themselves to produce siloxanes or can bind to inorganic substrates. It is applied in adhesives, emulsion paint, coatings, filler treatment. voir moins | |
| Chisorb® 523 | DBC Europe GmbH | Chisorb® 523 is a highly effective liquid light stabilizer with amino-ether function, which is different to the class of hindered amine light stabilizers preventing possible reaction with acidity filler, pigment or matrix. It provides outstanding light st...voir plus Chisorb® 523 is a highly effective liquid light stabilizer with amino-ether function, which is different to the class of hindered amine light stabilizers preventing possible reaction with acidity filler, pigment or matrix. It provides outstanding light stability to various coating applications and, in addition, gives long-term heat stability to coatings by a radical trapping mechanism similar to that of hinder phenol. Its effectiveness can be greatly enhanced by co-addition of UV absorbers or nickel-containing stabilizers. voir moins | |
| DEUREX® E 25 | DEUREX AG | DEUREX® E 25 comes in the form of white flakes that make up a high-viscous, non-polar polyethylene wax. The benefits of this wax is its high viscosity and average hardness. The viscosity allows for reduced levels of wax addition. It is also useful as a di...voir plus DEUREX® E 25 comes in the form of white flakes that make up a high-viscous, non-polar polyethylene wax. The benefits of this wax is its high viscosity and average hardness. The viscosity allows for reduced levels of wax addition. It is also useful as a dispersing and release agent and has the added benefit of being a lubricant. The product has uses as a filler in rubber and cable and applications in the paints and coating industries. voir moins | |
| Moonshine® AgFlake 100-100 (GFEAGF-1100) | Glassflake Ltd | Moonshine® AgFlake 100-100 are thin borosilicate glass flakes encapsulated in silver. They may be used for functional purposes as a conductive filler. They have an average particle size diameter of 100 μm. High conductivity can be achieved at low loadings...voir plus Moonshine® AgFlake 100-100 are thin borosilicate glass flakes encapsulated in silver. They may be used for functional purposes as a conductive filler. They have an average particle size diameter of 100 μm. High conductivity can be achieved at low loadings. Agflakes are lightweight in contrast to equivalent pure metal fillers. They may be used as both a functional and a decorative pigment. Presently glass flake pigments are used in both cosmetic and industrial applications including automotive coatings. voir moins | |
| Moonshine® AgFlake 100-80 (GFEAGF-1080) | Glassflake Ltd | Moonshine® AgFlake 100-80 are thin borosilicate glass flakes encapsulated in silver. They may be used for functional purposes as a conductive filler. They have an average particle size diameter of 80 μm. High conductivity can be achieved at low loadings. ...voir plus Moonshine® AgFlake 100-80 are thin borosilicate glass flakes encapsulated in silver. They may be used for functional purposes as a conductive filler. They have an average particle size diameter of 80 μm. High conductivity can be achieved at low loadings. Agflakes are lightweight in contrast to equivalent pure metal fillers. They may be used as both a functional and a decorative pigment. Presently glass flake pigments are used in both cosmetic and industrial applications including automotive coatings. voir moins | |
| Moonshine® AgFlake 100-60 (GFEAGF-1060) | Glassflake Ltd | Moonshine® AgFlake 100-60 are thin borosilicate glass flakes encapsulated in silver. They may be used for functional purposes as a conductive filler. They have an average particle size diameter of 60 μm. High conductivity can be achieved at low loadings. ...voir plus Moonshine® AgFlake 100-60 are thin borosilicate glass flakes encapsulated in silver. They may be used for functional purposes as a conductive filler. They have an average particle size diameter of 60 μm. High conductivity can be achieved at low loadings. Agflakes are lightweight in contrast to equivalent pure metal fillers. They may be used as both a functional and a decorative pigment. Presently glass flake pigments are used in both cosmetic and industrial applications including automotive coatings. voir moins | |
| Moonshine® AgFlake 100-40 (GFEAGF-1040) | Glassflake Ltd | Moonshine® AgFlake 100-40 are thin borosilicate glass flakes encapsulated in silver. They may be used for functional purposes as a conductive filler. They have an average particle size diameter of 40 μm. High conductivity can be achieved at low loadings. ...voir plus Moonshine® AgFlake 100-40 are thin borosilicate glass flakes encapsulated in silver. They may be used for functional purposes as a conductive filler. They have an average particle size diameter of 40 μm. High conductivity can be achieved at low loadings. Agflakes are lightweight in contrast to equivalent pure metal fillers. They may be used as both a functional and a decorative pigment. Presently glass flake pigments are used in both cosmetic and industrial applications including automotive coatings. voir moins | |
| Moonshine® AgFlake 100-20 (GFEAGF-1020) | Glassflake Ltd | Moonshine® AgFlake 100-20 are thin borosilicate glass flakes encapsulated in silver. They may be used for functional purposes as a conductive filler. They have an average particle size diameter of 20 μm. High conductivity can be achieved at low loadings. ...voir plus Moonshine® AgFlake 100-20 are thin borosilicate glass flakes encapsulated in silver. They may be used for functional purposes as a conductive filler. They have an average particle size diameter of 20 μm. High conductivity can be achieved at low loadings. Agflakes are lightweight in contrast to equivalent pure metal fillers. They may be used as both a functional and a decorative pigment. Presently glass flake pigments are used in both cosmetic and industrial applications including automotive coatings. voir moins | |
| Benox® B50-106 | UNITED INITIATORS GMBH & CO KG | Benox® B50-106 is a fine dispersion of 50% dibenzoyl peroxide in a smooth, non-separating fire resistant creamy white paste form. It can freely be dissolved in monomers and resins and is primarily used with auto body filler or as a curing agent and polyme...voir plus Benox® B50-106 is a fine dispersion of 50% dibenzoyl peroxide in a smooth, non-separating fire resistant creamy white paste form. It can freely be dissolved in monomers and resins and is primarily used with auto body filler or as a curing agent and polymerization initiator for acrylic, monomeric vinyl, styrene, co-polymers, and unsaturated polyester/vinyl ester resins. Benox® B50-106 can also be used in two-part adhesive systems based on methacylate or polyester resins. voir moins | |
| Benox® B50-210 | UNITED INITIATORS GMBH & CO KG | Benox® B50-210 is a fine dispersion of 50% dibenzoyl peroxide in a smooth, non-separating fire resistant creamy blue pigmented paste form. It can freely be dissolved in monomers and resins and is primarily used with auto body filler or as a curing agent a...voir plus Benox® B50-210 is a fine dispersion of 50% dibenzoyl peroxide in a smooth, non-separating fire resistant creamy blue pigmented paste form. It can freely be dissolved in monomers and resins and is primarily used with auto body filler or as a curing agent and polymerization initiator for acrylic, monomeric vinyl, styrene, co-polymers, and unsaturated polyester/vinyl ester resins. Benox® B50-210 can also be used in two-part adhesive systems based on methacylate or polyester resins. voir moins | |
| Benox® B50-713 | UNITED INITIATORS GMBH & CO KG | Benox® B50-713 is a fine dispersion of 50% dibenzoyl peroxide in a smooth, non-separating fire resistant creamy onyx pigmented paste form. It can freely be dissolved in monomers and resins and is primarily used with auto body filler or as a curing agent a...voir plus Benox® B50-713 is a fine dispersion of 50% dibenzoyl peroxide in a smooth, non-separating fire resistant creamy onyx pigmented paste form. It can freely be dissolved in monomers and resins and is primarily used with auto body filler or as a curing agent and polymerization initiator for acrylic, monomeric vinyl, styrene, co-polymers, and unsaturated polyester/vinyl ester resins. Benox® B50-713 can also be used in two-part adhesive systems based on methacylate or polyester resins. voir moins | |
| Atresal F 26/60 X | Atcoat GmbH | Atresal F 26/60 X is short oil alkyd resin, consisting of high quality fatty acid and xylene, suitable for the formulation of fast drying filler, primer, and single coat paints and lacquer with low yellowing. Atcoat alkyd resins are based on natural raw m...voir plus Atresal F 26/60 X is short oil alkyd resin, consisting of high quality fatty acid and xylene, suitable for the formulation of fast drying filler, primer, and single coat paints and lacquer with low yellowing. Atcoat alkyd resins are based on natural raw materials like fatty acids, plant, and animal. Atresal F 26/60 X has an oil length of 27 a solid of 60%, and a viscosity of 90 to 120 s (50% DIN4). voir moins | |
| Hakuenka® O | Shiraishi-Omya GmbH | Hakuenka® O is a superior ultra-fine calcium carbonate coated with organic compound. Hakuenka® O has 30nm uniformed ultra-fine particles as the primary particle. These particles are surface treated with rosin acid in order to provide compatible surface modification when it is mixed with organic materials or with a vehicle component. Hakuenka® O is mainly used for ink application as an extender...voir plus Hakuenka® O is a superior ultra-fine calcium carbonate coated with organic compound. Hakuenka® O has 30nm uniformed ultra-fine particles as the primary particle. These particles are surface treated with rosin acid in order to provide compatible surface modification when it is mixed with organic materials or with a vehicle component. Hakuenka® O is mainly used for ink application as an extender pigment for better transparency and gloss. Hakuenka® O is also applied in the rubber industry. The rubber compounds with Hakuenka® O shows better tensile strength, tear strength and flex resistance. voir moins | |
| Blanc Roc® Micro | Minerals Girona S.A. | Blanc Roc® Micro has an oil absorption of 17g/100g and a top cut D 98 of 5µm. Natural barium sulphate is of high purity and extraordinary brightness with the properties of the precipitated Barium Sulphate, is an excellent extender to be used in systems re...voir plus Blanc Roc® Micro has an oil absorption of 17g/100g and a top cut D 98 of 5µm. Natural barium sulphate is of high purity and extraordinary brightness with the properties of the precipitated Barium Sulphate, is an excellent extender to be used in systems requiring unsurpassable inertia and physical and chemical resistance. Blanc Roc® Micro is an ideal product range to satisfy the requirements of the wide variety of industrial applications. High content of BaSO4 is guaranteed by a system of enrichment complying with the strict regulations in force for protection of the environment. voir moins | |
| Blanc Roc® Normal | Minerals Girona S.A. | Blanc Roc® Normal has an oil absorption of 13g/100g and a top cut D 98 of 20µm. Natural barium sulphate is of high purity and extraordinary brightness with the properties of the precipitated Barium Sulphate, is an excellent extender to be used in systems ...voir plus Blanc Roc® Normal has an oil absorption of 13g/100g and a top cut D 98 of 20µm. Natural barium sulphate is of high purity and extraordinary brightness with the properties of the precipitated Barium Sulphate, is an excellent extender to be used in systems requiring unsurpassable inertia and physical and chemical resistance. Blanc Roc® Normal is an ideal product range to satisfy the requirements of the wide variety of industrial applications. High content of BaSO4 is guaranteed by a system of enrichment complying with the strict regulations in force for protection of the environment. voir moins | |
| WANAMINE® MDA-100 Diaminodiphenyl Methane | Wanhua Chemical Group Co., Ltd. | WANAMINE® MDA-100 is pure Diaminodiphenyl Methane (MDA) and contains at least 99% of 4,4'-MDA and few of 2,4'-MDA.Molecular weight is198.26, at room temperature, it is white to yellowish crystal. WANAMINE® MDA-100 series product is an important chemical industry intermediate. Besides being used in producing MDI and HMDI, it is widely used in PI, PEI, epoxy resin hardener, performance thermoplastic, chain extender...voir plus WANAMINE® MDA-100 is pure Diaminodiphenyl Methane (MDA) and contains at least 99% of 4,4'-MDA and few of 2,4'-MDA.Molecular weight is198.26, at room temperature, it is white to yellowish crystal. WANAMINE® MDA-100 series product is an important chemical industry intermediate. Besides being used in producing MDI and HMDI, it is widely used in PI, PEI, epoxy resin hardener, performance thermoplastic, chain extender of PU elastomer etc. The products synthesized with it have excellent properties of mechanics, electrical-insulation, heat-resisting, radiation-resisting and abrasion-resisting. voir moins | |
| 60% Titanium Dioxide (TiO2) | Aquaspersions | 60% Titanium Dioxide (TiO2) is a stable, particle-size aqueous dispersion of a high-quality rutile titanium dioxide. This product appears as a white powder and can be used as an opacifier, rheology modifier, functional filler or carrier in many types of ...voir plus 60% Titanium Dioxide (TiO2) is a stable, particle-size aqueous dispersion of a high-quality rutile titanium dioxide. This product appears as a white powder and can be used as an opacifier, rheology modifier, functional filler or carrier in many types of water-based compounds, where the use of a powder is unacceptable. It is particularly tolerant toward the addition of pigments or other dispersed additives. 60% Titanium Dioxide (TiO2) comes in a low viscosity, easy-to-handle water-based form and exhibits excellent storage stability. voir moins | |
| Dynasylan® MTES | Evonik Operations GmbH, BL Silanes | Dynasylan® MTES is a monomeric alkylfunctional silane, possessing hydrolyzable inorganic ethoxysilyl groups and an alkyl group, that imparts hydrophobicity by the surface treatment of fillers and/or pigments. Acid or alkaline hydrolysis leads to the form...voir plus Dynasylan® MTES is a monomeric alkylfunctional silane, possessing hydrolyzable inorganic ethoxysilyl groups and an alkyl group, that imparts hydrophobicity by the surface treatment of fillers and/or pigments. Acid or alkaline hydrolysis leads to the formation of silanol groups which, in a subsequent condensation reaction, can both react with the active hydroxy-groups present on the surface of an inorganic filler or pigment and can also condensate with other silanol groups to form very stable siloxane bonds (-Si-O-Si-). voir moins | |
| Moonshine® AuFlake 500-90 (GFEAUF-5090) | Glassflake Ltd | Moonshine® AuFlake 500-90 are thin borosilicate glass flakes encapsulated in silver, gold, and tin oxide. They may be used for functional purposes as a conductive filler. They have an average particle size diameter of 90 μm. High conductivity can be achie...voir plus Moonshine® AuFlake 500-90 are thin borosilicate glass flakes encapsulated in silver, gold, and tin oxide. They may be used for functional purposes as a conductive filler. They have an average particle size diameter of 90 μm. High conductivity can be achieved at low loadings. Agflakes are lightweight in contrast to equivalent pure metal fillers. They may be used as both a functional and a decorative pigment. Presently glass flake pigments are used in both cosmetic and industrial applications including automotive coatings. voir moins | |
| Benox® B50-230 | UNITED INITIATORS GMBH & CO KG | Benox® B50-230 is a fine dispersion of 50% dibenzoyl peroxide in a smooth, non-separating fire resistant creamy lighter blue pigmented paste form. It can freely be dissolved in monomers and resins and is primarily used with auto body filler or as a curing...voir plus Benox® B50-230 is a fine dispersion of 50% dibenzoyl peroxide in a smooth, non-separating fire resistant creamy lighter blue pigmented paste form. It can freely be dissolved in monomers and resins and is primarily used with auto body filler or as a curing agent and polymerization initiator for acrylic, monomeric vinyl, styrene, co-polymers, and unsaturated polyester/vinyl ester resins. Benox® B50-230 can also be used in two-part adhesive systems based on methacylate or polyester resins. voir moins | |
| SiSiB® PC2510 | SiSiB SILICONES | SiSiB® PC2510, or gamma-Ureidopropyltrimethoxysilane, is a clear amber liquid. It is a 100% active ureido silane that may be used to promote adhesion between a range of resins and substrates, fillers, or reinforcements. It has good adhesive and sealant a...voir plus SiSiB® PC2510, or gamma-Ureidopropyltrimethoxysilane, is a clear amber liquid. It is a 100% active ureido silane that may be used to promote adhesion between a range of resins and substrates, fillers, or reinforcements. It has good adhesive and sealant adhesion to oil metals; it can improve adhesion between the inorganic filler or fiber and the polymer; and can be used for glass fiber sizes and finishes, wool insulation resin binders, numerous primers, foundry sand binders, adhesives, sealants and abrasive grinding wheel binders. voir moins | |
| Blanc Roc® Plus | Minerals Girona S.A. | Blanc Roc® Plus has an oil absorption of 15g/100g and a top cut D 98 of 8µm. Natural barium sulphate is of high purity and extraordinary brightness. The latest generation micronising processes give this product range the properties of Barium Sulphate precipitate, making it an excellent extender...voir plus Blanc Roc® Plus has an oil absorption of 15g/100g and a top cut D 98 of 8µm. Natural barium sulphate is of high purity and extraordinary brightness. The latest generation micronising processes give this product range the properties of Barium Sulphate precipitate, making it an excellent extender in systems requiring unsurpassable inertia and physical and chemical resistance. Blanc Roc® Plus is an ideal product range to satisfy the requirements of the wide variety of industrial applications. High content of BaSO4 is guaranteed by a system of enrichment complying with the strict regulations in force for protection of the environment. voir moins | |
| Blanc Roc® Super | Minerals Girona S.A. | Blanc Roc® Super has an oil absorption of 14g/100g and a top cut D 98 of 10µm. Natural barium sulphate is of high purity and extraordinary brightness. The latest generation micronising processes give this product range the properties of Barium Sulphate precipitate, making it an excellent extender...voir plus Blanc Roc® Super has an oil absorption of 14g/100g and a top cut D 98 of 10µm. Natural barium sulphate is of high purity and extraordinary brightness. The latest generation micronising processes give this product range the properties of Barium Sulphate precipitate, making it an excellent extender in systems requiring unsurpassable inertia and physical and chemical resistance. Blanc Roc® Super is an ideal product range to satisfy the requirements of the wide variety of industrial applications. High content of BaSO4 is guaranteed by a system of enrichment complying with the strict regulations in force for protection of the environment. voir moins | |
| Blanc Roc® Ultramicro | Minerals Girona S.A. | Blanc Roc® Ultramicro has an oil absorption of 19g/100g and a top cut D 98 of 3µm. Natural barium sulphate is of high purity and extraordinary brightness. The latest generation micronising processes give this product range the properties of Barium Sulphate precipitate, making it an excellent extender...voir plus Blanc Roc® Ultramicro has an oil absorption of 19g/100g and a top cut D 98 of 3µm. Natural barium sulphate is of high purity and extraordinary brightness. The latest generation micronising processes give this product range the properties of Barium Sulphate precipitate, making it an excellent extender in systems requiring unsurpassable inertia and physical and chemical resistance. Blanc Roc® Ultramicro is an ideal product range to satisfy the requirements of the wide variety of industrial applications. High content of BaSO4 is guaranteed by a system of enrichment complying with the strict regulations in force for protection of the environment. voir moins | |
| Blanc Roc® Xtrem | Minerals Girona S.A. | Blanc Roc® Xtrem has an oil absorption of 21g/100g and a top cut D 98 of 1µm. Natural barium sulphate is of high purity and extraordinary brightness. The latest generation micronising processes give this product range the properties of Barium Sulphate precipitate, making it an excellent extender...voir plus Blanc Roc® Xtrem has an oil absorption of 21g/100g and a top cut D 98 of 1µm. Natural barium sulphate is of high purity and extraordinary brightness. The latest generation micronising processes give this product range the properties of Barium Sulphate precipitate, making it an excellent extender in systems requiring unsurpassable inertia and physical and chemical resistance. Blanc Roc® Xtrem is an ideal product range to satisfy the requirements of the wide variety of industrial applications. High content of BaSO4 is guaranteed by a system of enrichment complying with the strict regulations in force for protection of the environment. voir moins | |
| Blanc Roc® Extra | Minerals Girona S.A. | Blanc Roc® Extra has an oil absorption of 18g/100g and a top cut D 98 of 4µm. Natural barium sulphate is of high purity and extraordinary brightness. The latest generation micronising processes give this product range the properties of Barium Sulphate precipitate, making it an excellent extender...voir plus Blanc Roc® Extra has an oil absorption of 18g/100g and a top cut D 98 of 4µm. Natural barium sulphate is of high purity and extraordinary brightness. The latest generation micronising processes give this product range the properties of Barium Sulphate precipitate, making it an excellent extender in systems requiring unsurpassable inertia and physical and chemical resistance. Blanc Roc® Extra is an ideal product range to satisfy the requirements of the wide variety of industrial applications. High content of BaSO4 is guaranteed by a system of enrichment complying with the strict regulations in force for protection of the environment. voir moins | |
| VB BRILLIANT | DKSH | VB BRILLIANT is a synthetic barium sulfate characterized by high purity and controlled particle size with an average submicron particle size of approx. 0.2 um. Particle size treatment of VB BRILLIANT allows easy dispersibility in multiple liquid media. VB Brilliant acts as a spacer, provides chemical stability, and increases mechanical and thermal resistance in the automotive top and base coats, metallic effect paints, solder-resistant ink, and semi-transparent resin for wood, plastic, and metal coating. More generally VB Brilliant can be used such as a spacer and extender...voir plus VB BRILLIANT is a synthetic barium sulfate characterized by high purity and controlled particle size with an average submicron particle size of approx. 0.2 um. Particle size treatment of VB BRILLIANT allows easy dispersibility in multiple liquid media. VB Brilliant acts as a spacer, provides chemical stability, and increases mechanical and thermal resistance in the automotive top and base coats, metallic effect paints, solder-resistant ink, and semi-transparent resin for wood, plastic, and metal coating. More generally VB Brilliant can be used such as a spacer and extender of any sub-micron pigment in multiple applications. voir moins | Request Sample |
| DISPERBYK®-107 | BYK | DISPERBYK®-107 is a wetting and dispersing additive for solvent-borne and solvent-free systems. It is a solution of a hydroxyfunctional carboxylic acid ester with pigment affinic groups. This product was especially developed for solvent-borne architectural paints to stabilize titanium dioxide, extenders and other inorganic and organic pigments. Often the extender...voir plus DISPERBYK®-107 is a wetting and dispersing additive for solvent-borne and solvent-free systems. It is a solution of a hydroxyfunctional carboxylic acid ester with pigment affinic groups. This product was especially developed for solvent-borne architectural paints to stabilize titanium dioxide, extenders and other inorganic and organic pigments. Often the extender content can be increased without losing gloss. Mill-base viscosity is reduced drastically. White base paints stabilized with DISPERBYK®-107 have better color acceptance and do not demonstrate flooding and floating when tinted with universal colorants. DISPERBYK®-107 is suitable for the formulation of pigment concentrates based on long oil alkyds. voir moins | |
| Portaflame® SG 63 | Sibelco | Portaflame® SG 63 is produced from carefully selected, synthetic aluminium hydroxide (ATH). This micronized halogen-free flame retardant (HFFR) filler is used in a broad range of applications such as SMC & BMC, wire & cable compounds, resin potting compou...voir plus Portaflame® SG 63 is produced from carefully selected, synthetic aluminium hydroxide (ATH). This micronized halogen-free flame retardant (HFFR) filler is used in a broad range of applications such as SMC & BMC, wire & cable compounds, resin potting compounds, coatings, sealants and adhesives. The flame-retarding action is based mainly upon the endothermic decomposition of metal hydroxide (heat-sink effect) and simultaneous release of water vapour. This reaction starts at about 200°C. In a ddition to flame retardancy, fillers in the Portaflame® SG range posses a strong smoke-suppressing ability. The top cut D97 for this product is 58μm. voir moins | |
| Portaflame® SG 25 | Sibelco | Portaflame® SG 25 is produced from carefully selected, synthetic aluminium hydroxide (ATH). This micronized halogen-free flame retardant (HFFR) filler is used in a broad range of applications such as SMC & BMC, wire & cable compounds, resin potting compou...voir plus Portaflame® SG 25 is produced from carefully selected, synthetic aluminium hydroxide (ATH). This micronized halogen-free flame retardant (HFFR) filler is used in a broad range of applications such as SMC & BMC, wire & cable compounds, resin potting compounds, coatings, sealants and adhesives. The flame-retarding action is based mainly upon the endothermic decomposition of metal hydroxide (heat-sink effect) and simultaneous release of water vapour. This reaction starts at about 200°C. In a ddition to flame retardancy, fillers in the Portaflame® SG range posses a strong smoke-suppressing ability. The top cut D97 for this product is 24μm. voir moins | |
| Portaflame® SG 35 | Sibelco | Portaflame® SG 35 is produced from carefully selected, synthetic aluminium hydroxide (ATH). This micronized halogen-free flame retardant (HFFR) filler is used in a broad range of applications such as SMC & BMC, wire & cable compounds, resin potting compou...voir plus Portaflame® SG 35 is produced from carefully selected, synthetic aluminium hydroxide (ATH). This micronized halogen-free flame retardant (HFFR) filler is used in a broad range of applications such as SMC & BMC, wire & cable compounds, resin potting compounds, coatings, sealants and adhesives. The flame-retarding action is based mainly upon the endothermic decomposition of metal hydroxide (heat-sink effect) and simultaneous release of water vapour. This reaction starts at about 200°C. In a ddition to flame retardancy, fillers in the Portaflame® SG range posses a strong smoke-suppressing ability. The top cut D97 for this product is 35.5μm. voir moins | |
| Portaflame® SG 40 | Sibelco | Portaflame® SG 40 is produced from carefully selected, synthetic aluminium hydroxide (ATH). This micronized halogen-free flame retardant (HFFR) filler is used in a broad range of applications such as SMC & BMC, wire & cable compounds, resin potting compou...voir plus Portaflame® SG 40 is produced from carefully selected, synthetic aluminium hydroxide (ATH). This micronized halogen-free flame retardant (HFFR) filler is used in a broad range of applications such as SMC & BMC, wire & cable compounds, resin potting compounds, coatings, sealants and adhesives. The flame-retarding action is based mainly upon the endothermic decomposition of metal hydroxide (heat-sink effect) and simultaneous release of water vapour. This reaction starts at about 200°C. In a ddition to flame retardancy, fillers in the Portaflame® SG range posses a strong smoke-suppressing ability. The top cut D97 for this product is 36μm. voir moins | |
| Portaflame® SG 50 | Sibelco | Portaflame® SG 50 is produced from carefully selected, synthetic aluminium hydroxide (ATH). This micronized halogen-free flame retardant (HFFR) filler is used in a broad range of applications such as SMC & BMC, wire & cable compounds, resin potting compou...voir plus Portaflame® SG 50 is produced from carefully selected, synthetic aluminium hydroxide (ATH). This micronized halogen-free flame retardant (HFFR) filler is used in a broad range of applications such as SMC & BMC, wire & cable compounds, resin potting compounds, coatings, sealants and adhesives. The flame-retarding action is based mainly upon the endothermic decomposition of metal hydroxide (heat-sink effect) and simultaneous release of water vapour. This reaction starts at about 200°C. In a ddition to flame retardancy, fillers in the Portaflame® SG range posses a strong smoke-suppressing ability. The top cut D97 for this product is 42μm. voir moins | |
| Portaflame® SG 200 | Sibelco | Portaflame® SG 200 is produced from carefully selected, synthetic aluminium hydroxide (ATH). This micronized halogen-free flame retardant (HFFR) filler is used in a broad range of applications such as SMC & BMC, wire & cable compounds, resin potting compo...voir plus Portaflame® SG 200 is produced from carefully selected, synthetic aluminium hydroxide (ATH). This micronized halogen-free flame retardant (HFFR) filler is used in a broad range of applications such as SMC & BMC, wire & cable compounds, resin potting compounds, coatings, sealants and adhesives. The flame-retarding action is based mainly upon the endothermic decomposition of metal hydroxide (heat-sink effect) and simultaneous release of water vapour. This reaction starts at about 200°C. In a ddition to flame retardancy, fillers in the Portaflame® SG range posses a strong smoke-suppressing ability. The top cut D97 for this product is 200μm. voir moins | |
| Portaflame® SG 20 | Sibelco | Portaflame® SG 20 is produced from carefully selected, synthetic aluminium hydroxide (ATH). This micronized halogen-free flame retardant (HFFR) filler is used in a broad range of applications such as SMC & BMC, wire & cable compounds, resin potting compou...voir plus Portaflame® SG 20 is produced from carefully selected, synthetic aluminium hydroxide (ATH). This micronized halogen-free flame retardant (HFFR) filler is used in a broad range of applications such as SMC & BMC, wire & cable compounds, resin potting compounds, coatings, sealants and adhesives. The flame-retarding action is based mainly upon the endothermic decomposition of metal hydroxide (heat-sink effect) and simultaneous release of water vapour. This reaction starts at about 200°C. In a ddition to flame retardancy, fillers in the Portaflame® SG range posses a strong smoke-suppressing ability. The top cut D97 for this product is 18.2μm. voir moins | |
| Portaflame® SG 55 | Sibelco | Portaflame® SG 55 is produced from carefully selected, synthetic aluminium hydroxide (ATH). This micronized halogen-free flame retardant (HFFR) filler is used in a broad range of applications such as SMC & BMC, wire & cable compounds, resin potting compou...voir plus Portaflame® SG 55 is produced from carefully selected, synthetic aluminium hydroxide (ATH). This micronized halogen-free flame retardant (HFFR) filler is used in a broad range of applications such as SMC & BMC, wire & cable compounds, resin potting compounds, coatings, sealants and adhesives. The flame-retarding action is based mainly upon the endothermic decomposition of metal hydroxide (heat-sink effect) and simultaneous release of water vapour. This reaction starts at about 200°C. In a ddition to flame retardancy, fillers in the Portaflame® SG range posses a strong smoke-suppressing ability. The top cut D97 for this product is 46μm. voir moins | |
| Portaflame® SG 100 | Sibelco | Portaflame® SG 100 is produced from carefully selected, synthetic aluminium hydroxide (ATH). This micronized halogen-free flame retardant (HFFR) filler is used in a broad range of applications such as SMC & BMC, wire & cable compounds, resin potting compo...voir plus Portaflame® SG 100 is produced from carefully selected, synthetic aluminium hydroxide (ATH). This micronized halogen-free flame retardant (HFFR) filler is used in a broad range of applications such as SMC & BMC, wire & cable compounds, resin potting compounds, coatings, sealants and adhesives. The flame-retarding action is based mainly upon the endothermic decomposition of metal hydroxide (heat-sink effect) and simultaneous release of water vapour. This reaction starts at about 200°C. In a ddition to flame retardancy, fillers in the Portaflame® SG range posses a strong smoke-suppressing ability. The top cut D97 for this product is 110μm. voir moins | |
| Zetafil CST CA | Microfill K. Zafranas S.A. | Zetafil CST CA is based on a very white, pure crystalline calcium carbonate. It is coated by an organic medium which renders the surface of the inorganic particles to an organic one, thus achieving full compatibility of the filler to an organic media. Due...voir plus Zetafil CST CA is based on a very white, pure crystalline calcium carbonate. It is coated by an organic medium which renders the surface of the inorganic particles to an organic one, thus achieving full compatibility of the filler to an organic media. Due to its particle size distribution, Zetafil CST CA is easily dispersed. Zetafil CST CA's brightness value (96) enable formulators to economise in Titanium Dioxide by reducing its percentages in the end product. It has an oil absorption of 15 per 100 grams of powder and is intended for use in primers and undercoats. voir moins | |
| Texaphor® SF 71 | BASF Formulation Additives | Texaphor® SF 71 is a wetting and dispersing agent for reactive resins. This colorless to pale yellow liquid is a mixture of ionic and nonionic esters. Its viscosity-reducing properties make it especially suitable for high and full solid systems. Texaphor®...voir plus Texaphor® SF 71 is a wetting and dispersing agent for reactive resins. This colorless to pale yellow liquid is a mixture of ionic and nonionic esters. Its viscosity-reducing properties make it especially suitable for high and full solid systems. Texaphor® SF 71 ensures that fillers are quickly and optimally dispersed. The reduction in viscosity enables fillers to be blended more easily and allows a higher filler content to be achieved. Texaphor® SF 71 is readily compatible with a wide variety of binder types and can therefore be used in 2-component PUR, 2-component EP and unsaturated polyester resins. voir moins | |
| WorléeKyd C 743 HS | Worlée-Chemie G.m.b.H. | WorléeKyd C 743 HS is an extremely low viscous short oil and non-drying alkyd resin for the manufacture of high solids, oven cured primers, filler and top coats. This grade has a non-volatile content of 80% ± 2. W´Kyd C 743 hs is compatible with some shor...voir plus WorléeKyd C 743 HS is an extremely low viscous short oil and non-drying alkyd resin for the manufacture of high solids, oven cured primers, filler and top coats. This grade has a non-volatile content of 80% ± 2. W´Kyd C 743 hs is compatible with some short oil non-drying alkyds, such as W´Kyd D 233 and SM 400. Although W´Kyd C 743 hs is very low viscous, it is a high reactive stoving resin. Optimal film properties can be achieved at stoving conditions 10-30 min. at 160 - 130 °C, normally without addition of any catalyst. voir moins | |
| Portaflame® SG10 | Sibelco | Portaflame® SG10 is produced from carefully selected, synthetic aluminium hydroxide (ATH). This micronized halogen-free flame retardant (HFFR) filler is used in a broad range of applications such as SMC & BMC, wire & cable compounds, resin potting compoun...voir plus Portaflame® SG10 is produced from carefully selected, synthetic aluminium hydroxide (ATH). This micronized halogen-free flame retardant (HFFR) filler is used in a broad range of applications such as SMC & BMC, wire & cable compounds, resin potting compounds, coatings, sealants and adhesives. The flame-retarding action is based mainly upon the endothermic decomposition of metal hydroxide (heat-sink effect) and simultaneous release of water vapour. This reaction starts at about 200°C. In a ddition to flame retardancy, fillers in the Portaflame® SG range posses a strong smoke-suppressing ability. The top cut D97 for this product is 10μm. voir moins | |
| Deuteron ND 960 HF | Deuteron | Deuteron ND 960 HF is a wetting and viscosity reducing additive. Even small additions to unsaturated polyester resins allow for an increase of pigment/filler content respectively a better dispersability. According to the above meutioned properties Deut...voir plus Deuteron ND 960 HF is a wetting and viscosity reducing additive. Even small additions to unsaturated polyester resins allow for an increase of pigment/filler content respectively a better dispersability. According to the above meutioned properties Deuteron ND 960 HF is suitable when binder systems shall be highly filled and the wetting properties of the binders are insufficient. Therefore the most suggested use of Deuteron ND 960 HF is in manufacturing of fillers or mastics based on unsaturated polyester/reactive solvent (such as styrene) systems. Deuteron ND 960 HF has both a positive impact on the dispersing process and on the substrate wetting. voir moins | Request Sample |
| Zetafil CST 3 | Microfill K. Zafranas S.A. | Zetafil CST 3 is based on a very white, pure crystalline calcium carbonate. Zetafil CST3 is coated by an organic median which renders the surface of the inorganic particles to an organic one, thus achieving full compatibility of the filler to an organic m...voir plus Zetafil CST 3 is based on a very white, pure crystalline calcium carbonate. Zetafil CST3 is coated by an organic median which renders the surface of the inorganic particles to an organic one, thus achieving full compatibility of the filler to an organic media and can increase the % of fillers in the compound and coatings. Due to its particle size distribution, Zetafil CST 3 is easily dispersed. Zetafil CST3's high brightness value assists the reduction of TiO2 in white compounds or coatings. It has a dry brightness value of 95.5% and an oil absorption of 12 per 100 grams of powder. It is intended for use in solvent-based paints as well as primers and undercoats. voir moins | |
| Struktosil 45 AM | Hoffmann Mineral | Struktosil 45 AM is a modified fine talc grade for use in elastomers and coatings. It improves in particular the barrier effect. | |
| STRUKTOSIL 45 MAM | Hoffmann Mineral | STRUKTOSIL 45 MAM is a special activated talc, produced by modifying the surface with a methacrylic functional group. The process parameters are selected in such a way that, on the one hand, anchoring to the surface takes place and, on the other hand, rel...voir plus STRUKTOSIL 45 MAM is a special activated talc, produced by modifying the surface with a methacrylic functional group. The process parameters are selected in such a way that, on the one hand, anchoring to the surface takes place and, on the other hand, released by-products are removed as far as possible during production. Undesirable byproducts, such as occur during in situ mixings (i.e. during the direct addition of the additives), are therefore practically completely prevented and the material improves its hydrophobic properties. voir moins | |
| SilverBond® 15 | Sibelco | SilverBond® 15 crystalline silica is produced from high purity quartz feed stock for manufacturing and formulation of applications which require structurally sound, chemically pure or non-reactive fine mineral fillers. Completely inert and pH neutral, Sil...voir plus SilverBond® 15 crystalline silica is produced from high purity quartz feed stock for manufacturing and formulation of applications which require structurally sound, chemically pure or non-reactive fine mineral fillers. Completely inert and pH neutral, SilverBond® will not alter or initiate when incorporated in catalysed or multicomponent chemical systems, and will not degrade when employed in extreme temperatures or harsh environments. SilverBond® offers formulators a low surface area, minimal oil absorption option to achieve high loading in coatings and cementitious systems and stiffening in elastomeric and high performance epoxy. Chemically pure SilverBond® also serves as an excellent nonconductor in electrical assemblies and potting compounds, and non-combustible filler in thermal insulating. The oil absorption for this grade is 23.5g/100g. voir moins | |
| SilverBond® 20 | Sibelco | SilverBond® 20 crystalline silica is produced from high purity quartz feed stock for manufacturing and formulation of applications which require structurally sound, chemically pure or non-reactive fine mineral fillers. Completely inert and pH neutral, Sil...voir plus SilverBond® 20 crystalline silica is produced from high purity quartz feed stock for manufacturing and formulation of applications which require structurally sound, chemically pure or non-reactive fine mineral fillers. Completely inert and pH neutral, SilverBond® will not alter or initiate when incorporated in catalysed or multicomponent chemical systems, and will not degrade when employed in extreme temperatures or harsh environments. SilverBond® offers formulators a low surface area, minimal oil absorption option to achieve high loading in coatings and cementitious systems and stiffening in elastomeric and high performance epoxy. Chemically pure SilverBond® also serves as an excellent nonconductor in electrical assemblies and potting compounds, and non-combustible filler in thermal insulating. The oil absorption for this grade is 20.3g/100g. voir moins | |
| SilverBond® 30 | Sibelco | SilverBond® 30 crystalline silica is produced from high purity quartz feed stock for manufacturing and formulation of applications which require structurally sound, chemically pure or non-reactive fine mineral fillers. Completely inert and pH neutral, Sil...voir plus SilverBond® 30 crystalline silica is produced from high purity quartz feed stock for manufacturing and formulation of applications which require structurally sound, chemically pure or non-reactive fine mineral fillers. Completely inert and pH neutral, SilverBond® will not alter or initiate when incorporated in catalysed or multicomponent chemical systems, and will not degrade when employed in extreme temperatures or harsh environments. SilverBond® offers formulators a low surface area, minimal oil absorption option to achieve high loading in coatings and cementitious systems and stiffening in elastomeric and high performance epoxy. Chemically pure SilverBond® also serves as an excellent nonconductor in electrical assemblies and potting compounds, and non-combustible filler in thermal insulating. The oil absorption for this grade is 17.8g/100g. voir moins | |
| SilverBond® M6 | Sibelco | SilverBond® M6 crystalline silica is produced from high purity quartz feed stock for manufacturing and formulation of applications which require structurally sound, chemically pure or non-reactive fine mineral fillers. Completely inert and pH neutral, Sil...voir plus SilverBond® M6 crystalline silica is produced from high purity quartz feed stock for manufacturing and formulation of applications which require structurally sound, chemically pure or non-reactive fine mineral fillers. Completely inert and pH neutral, SilverBond® will not alter or initiate when incorporated in catalysed or multicomponent chemical systems, and will not degrade when employed in extreme temperatures or harsh environments. SilverBond® offers formulators a low surface area, minimal oil absorption option to achieve high loading in coatings and cementitious systems and stiffening in elastomeric and high performance epoxy. Chemically pure SilverBond® also serves as an excellent nonconductor in electrical assemblies and potting compounds, and non-combustible filler in thermal insulating. The oil absorption for this grade is 16.5g/100g. voir moins | |
| SilverBond® M10 | Sibelco | SilverBond® M10 crystalline silica is produced from high purity quartz feed stock for manufacturing and formulation of applications which require structurally sound, chemically pure or non-reactive fine mineral fillers. Completely inert and pH neutral, Si...voir plus SilverBond® M10 crystalline silica is produced from high purity quartz feed stock for manufacturing and formulation of applications which require structurally sound, chemically pure or non-reactive fine mineral fillers. Completely inert and pH neutral, SilverBond® will not alter or initiate when incorporated in catalysed or multicomponent chemical systems, and will not degrade when employed in extreme temperatures or harsh environments. SilverBond® offers formulators a low surface area, minimal oil absorption option to achieve high loading in coatings and cementitious systems and stiffening in elastomeric and high performance epoxy. Chemically pure SilverBond® also serves as an excellent nonconductor in electrical assemblies and potting compounds, and non-combustible filler in thermal insulating. The oil absorption for this grade is 17.5g/100g. voir moins | |
| SilverBond® M300 | Sibelco | SilverBond® M300 crystalline silica is produced from high purity quartz feed stock for manufacturing and formulation of applications which require structurally sound, chemically pure or non-reactive fine mineral fillers. Completely inert and pH neutral, S...voir plus SilverBond® M300 crystalline silica is produced from high purity quartz feed stock for manufacturing and formulation of applications which require structurally sound, chemically pure or non-reactive fine mineral fillers. Completely inert and pH neutral, SilverBond® will not alter or initiate when incorporated in catalysed or multicomponent chemical systems, and will not degrade when employed in extreme temperatures or harsh environments. SilverBond® offers formulators a low surface area, minimal oil absorption option to achieve high loading in coatings and cementitious systems and stiffening in elastomeric and high performance epoxy. Chemically pure SilverBond® also serves as an excellent nonconductor in electrical assemblies and potting compounds, and non-combustible filler in thermal insulating. The oil absorption for this grade is 119g/100g. voir moins | |
| SilverBond® M400 | Sibelco | SilverBond® M400 crystalline silica is produced from high purity quartz feed stock for manufacturing and formulation of applications which require structurally sound, chemically pure or non-reactive fine mineral fillers. Completely inert and pH neutral, S...voir plus SilverBond® M400 crystalline silica is produced from high purity quartz feed stock for manufacturing and formulation of applications which require structurally sound, chemically pure or non-reactive fine mineral fillers. Completely inert and pH neutral, SilverBond® will not alter or initiate when incorporated in catalysed or multicomponent chemical systems, and will not degrade when employed in extreme temperatures or harsh environments. SilverBond® offers formulators a low surface area, minimal oil absorption option to achieve high loading in coatings and cementitious systems and stiffening in elastomeric and high performance epoxy. Chemically pure SilverBond® also serves as an excellent nonconductor in electrical assemblies and potting compounds, and non-combustible filler in thermal insulating. The oil absorption for this grade is 20g/100g. voir moins | |
| SilverBond® M500 | Sibelco | SilverBond® M500 crystalline silica is produced from high purity quartz feed stock for manufacturing and formulation of applications which require structurally sound, chemically pure or non-reactive fine mineral fillers. Completely inert and pH neutral, S...voir plus SilverBond® M500 crystalline silica is produced from high purity quartz feed stock for manufacturing and formulation of applications which require structurally sound, chemically pure or non-reactive fine mineral fillers. Completely inert and pH neutral, SilverBond® will not alter or initiate when incorporated in catalysed or multicomponent chemical systems, and will not degrade when employed in extreme temperatures or harsh environments. SilverBond® offers formulators a low surface area, minimal oil absorption option to achieve high loading in coatings and cementitious systems and stiffening in elastomeric and high performance epoxy. Chemically pure SilverBond® also serves as an excellent nonconductor in electrical assemblies and potting compounds, and non-combustible filler in thermal insulating. The oil absorption for this grade is 23g/100g. voir moins | |
| SilverBond® M600 | Sibelco | SilverBond® M600 crystalline silica is produced from high purity quartz feed stock for manufacturing and formulation of applications which require structurally sound, chemically pure or non-reactive fine mineral fillers. Completely inert and pH neutral, S...voir plus SilverBond® M600 crystalline silica is produced from high purity quartz feed stock for manufacturing and formulation of applications which require structurally sound, chemically pure or non-reactive fine mineral fillers. Completely inert and pH neutral, SilverBond® will not alter or initiate when incorporated in catalysed or multicomponent chemical systems, and will not degrade when employed in extreme temperatures or harsh environments. SilverBond® offers formulators a low surface area, minimal oil absorption option to achieve high loading in coatings and cementitious systems and stiffening in elastomeric and high performance epoxy. Chemically pure SilverBond® also serves as an excellent nonconductor in electrical assemblies and potting compounds, and non-combustible filler in thermal insulating. The oil absorption for this grade is 24g/100g. voir moins | |
| SilverBond® M800 | Sibelco | SilverBond® M800 crystalline silica is produced from high purity quartz feed stock for manufacturing and formulation of applications which require structurally sound, chemically pure or non-reactive fine mineral fillers. Completely inert and pH neutral, S...voir plus SilverBond® M800 crystalline silica is produced from high purity quartz feed stock for manufacturing and formulation of applications which require structurally sound, chemically pure or non-reactive fine mineral fillers. Completely inert and pH neutral, SilverBond® will not alter or initiate when incorporated in catalysed or multicomponent chemical systems, and will not degrade when employed in extreme temperatures or harsh environments. SilverBond® offers formulators a low surface area, minimal oil absorption option to achieve high loading in coatings and cementitious systems and stiffening in elastomeric and high performance epoxy. Chemically pure SilverBond® also serves as an excellent nonconductor in electrical assemblies and potting compounds, and non-combustible filler in thermal insulating. The oil absorption for this grade is 32g/100g. voir moins | |
| SilverBond® M4 | Sibelco | SilverBond® M4 crystalline silica is produced from high purity quartz feed stock for manufacturing and formulation of applications which require structurally sound, chemically pure or non-reactive fine mineral fillers. Completely inert and pH neutral, Sil...voir plus SilverBond® M4 crystalline silica is produced from high purity quartz feed stock for manufacturing and formulation of applications which require structurally sound, chemically pure or non-reactive fine mineral fillers. Completely inert and pH neutral, SilverBond® will not alter or initiate when incorporated in catalysed or multicomponent chemical systems, and will not degrade when employed in extreme temperatures or harsh environments. SilverBond® offers formulators a low surface area, minimal oil absorption option to achieve high loading in coatings and cementitious systems and stiffening in elastomeric and high performance epoxy. Chemically pure SilverBond® also serves as an excellent nonconductor in electrical assemblies and potting compounds, and non-combustible filler in thermal insulating. The oil absorption for this grade is 14.5g/100g. voir moins | |
| SilverBond® M8 | Sibelco | SilverBond® M8 crystalline silica is produced from high purity quartz feed stock for manufacturing and formulation of applications which require structurally sound, chemically pure or non-reactive fine mineral fillers. Completely inert and pH neutral, Sil...voir plus SilverBond® M8 crystalline silica is produced from high purity quartz feed stock for manufacturing and formulation of applications which require structurally sound, chemically pure or non-reactive fine mineral fillers. Completely inert and pH neutral, SilverBond® will not alter or initiate when incorporated in catalysed or multicomponent chemical systems, and will not degrade when employed in extreme temperatures or harsh environments. SilverBond® offers formulators a low surface area, minimal oil absorption option to achieve high loading in coatings and cementitious systems and stiffening in elastomeric and high performance epoxy. Chemically pure SilverBond® also serves as an excellent nonconductor in electrical assemblies and potting compounds, and non-combustible filler in thermal insulating. The oil absorption for this grade is 17g/100g. voir moins | |
| SilverBond® M4.1 T | Sibelco | SilverBond® M4.1 T crystalline silica is produced from high purity quartz feed stock for manufacturing and formulation of applications which require structurally sound, chemically pure or non-reactive fine mineral fillers. Completely inert and pH neutral,...voir plus SilverBond® M4.1 T crystalline silica is produced from high purity quartz feed stock for manufacturing and formulation of applications which require structurally sound, chemically pure or non-reactive fine mineral fillers. Completely inert and pH neutral, SilverBond® will not alter or initiate when incorporated in catalysed or multicomponent chemical systems, and will not degrade when employed in extreme temperatures or harsh environments. SilverBond® offers formulators a low surface area, minimal oil absorption option to achieve high loading in coatings and cementitious systems and stiffening in elastomeric and high performance epoxy. Chemically pure SilverBond® also serves as an excellent nonconductor in electrical assemblies and potting compounds, and non-combustible filler in thermal insulating. The oil absorption for this grade is 14.5g/100g. voir moins | |
| SilverBond® M6.1 | Sibelco | SilverBond® M6.1 crystalline silica is produced from high purity quartz feed stock for manufacturing and formulation of applications which require structurally sound, chemically pure or non-reactive fine mineral fillers. Completely inert and pH neutral, S...voir plus SilverBond® M6.1 crystalline silica is produced from high purity quartz feed stock for manufacturing and formulation of applications which require structurally sound, chemically pure or non-reactive fine mineral fillers. Completely inert and pH neutral, SilverBond® will not alter or initiate when incorporated in catalysed or multicomponent chemical systems, and will not degrade when employed in extreme temperatures or harsh environments. SilverBond® offers formulators a low surface area, minimal oil absorption option to achieve high loading in coatings and cementitious systems and stiffening in elastomeric and high performance epoxy. Chemically pure SilverBond® also serves as an excellent nonconductor in electrical assemblies and potting compounds, and non-combustible filler in thermal insulating. The oil absorption for this grade is 16.5g/100g. voir moins | |
| SilverBond® M10.2 | Sibelco | SilverBond® M10.2 crystalline silica is produced from high purity quartz feed stock for manufacturing and formulation of applications which require structurally sound, chemically pure or non-reactive fine mineral fillers. Completely inert and pH neutral, ...voir plus SilverBond® M10.2 crystalline silica is produced from high purity quartz feed stock for manufacturing and formulation of applications which require structurally sound, chemically pure or non-reactive fine mineral fillers. Completely inert and pH neutral, SilverBond® will not alter or initiate when incorporated in catalysed or multicomponent chemical systems, and will not degrade when employed in extreme temperatures or harsh environments. SilverBond® offers formulators a low surface area, minimal oil absorption option to achieve high loading in coatings and cementitious systems and stiffening in elastomeric and high performance epoxy. Chemically pure SilverBond® also serves as an excellent nonconductor in electrical assemblies and potting compounds, and non-combustible filler in thermal insulating. The oil absorption for this grade is 17.5g/100g. voir moins | |
| Opacilite™ | Imerys Kaolin | Opacilite™ is a high whiteness, flash calcined kaolin produced by a special rapid heating process. This process creates large numbers of tiny, sealed voids within the kaolin particles, resulting in a low specific gravity and outstanding opacifying propert...voir plus Opacilite™ is a high whiteness, flash calcined kaolin produced by a special rapid heating process. This process creates large numbers of tiny, sealed voids within the kaolin particles, resulting in a low specific gravity and outstanding opacifying properties. voir moins | |
| Casiflux® F 75 | Sibelco | Casiflux® F 75 is produced from carefully selected, acicular wollastonite, a naturally occurring calcium silicate mineral. Specialized milling processes are employed to retain the high aspect ratio of these needle-shaped products. The fine-grained, high a...voir plus Casiflux® F 75 is produced from carefully selected, acicular wollastonite, a naturally occurring calcium silicate mineral. Specialized milling processes are employed to retain the high aspect ratio of these needle-shaped products. The fine-grained, high aspect ratio, wollastonites are specially developed for applications demanding increased strength, scratch and heat resistance. In plastics, Casiflux® F 75 is used in automotive applications such as passenger compartment trims, instrument panels, bumpers, air conditioner/heater housings, battery support trays, wheel covers etc. In addition, wollastonite is used as a partial replacement for glass fibre in reinforced plastics and resin composite applications. In paints and coatings, reduced ‘mud cracking’ is achieved with Casiflux® F 75. Both the reinforcement and passivating ability of wollastonite are successfully harnessed in formulating anti-corrosion paints, whilst increased crack and chip resistance is achieved in powder coatings. The oil absorption for this grade is 59g/100 g. voir moins | |
| F420 Polyaspartics Resin | DKSH | F420 is a polyaspartic resin (amine-functional aspartic ester resin), a solvent free amine-functional resin. It is an aspartic ester polymer as reactive partner for polyisocyanates (HDI derivates). Formulate high-solids, two-component polyurethane topcoats and solvent-free coating materials • It can serve as chain extender...voir plus F420 is a polyaspartic resin (amine-functional aspartic ester resin), a solvent free amine-functional resin. It is an aspartic ester polymer as reactive partner for polyisocyanates (HDI derivates). Formulate high-solids, two-component polyurethane topcoats and solvent-free coating materials • It can serve as chain extender or R component in polyurea coating. It can also react with -NCO functional HDI trimmer from which a longer gelling time and excellent yellow resistance can be achieved. Longer gelling time can also be obtained when reacted with MDI pre-polymer. Hybrid of polyurea and polyurethane can be achieved when F420 is blended with hydroxyl-functional resin e.g. acrylic, alkyd. This can offer high solid content and faster dry time than ordinary polyurethane. It is widely used in protective/floor/elastic/weather resistant coating, waterproof etc. This product is available in Europe except UK. voir moins | Request Sample |
| Quartz Sand | BassTech International | Quartz Sand is specially designed to add functionality and durability while decreasing the use of expensive resins. This product is used in paint, coatings, and inks, and works well with binders and other additives. | |
| Portaryte® D 15 | Sibelco | Portaryte® D 15 is produced from carefully selected, naturally occurring off-white baryte. The chemical composition of the raw material and product is closely monitored and particle size kept within a narrow variation. Portaryte® micronized functional fil...voir plus Portaryte® D 15 is produced from carefully selected, naturally occurring off-white baryte. The chemical composition of the raw material and product is closely monitored and particle size kept within a narrow variation. Portaryte® micronized functional fillers are used in a broad range of applications. The most important characteristics for this product are excellent chemical inertness (outdoor and chemical applications), low binder absorption and good dispersibility, Portaryte® D is successfully used in applications where excellent chemical inertness is required but high brightness and consistent colour is less important e.g. primers, sealants and adhesives. The exceptionally high density of baryte makes Portaryte® D an economical filler of choice for sound deadening in automotive and domestic applications (e.g. sewer pipes). The D50 particle size value for this product is 4.5 um and the D97 value is 16.0 um. voir moins | |
| Portaryte® D 20 | Sibelco | Portaryte® D 20 is produced from carefully selected, naturally occurring off-white baryte. The chemical composition of the raw material and product is closely monitored and particle size kept within a narrow variation. Portaryte® micronized functional fil...voir plus Portaryte® D 20 is produced from carefully selected, naturally occurring off-white baryte. The chemical composition of the raw material and product is closely monitored and particle size kept within a narrow variation. Portaryte® micronized functional fillers are used in a broad range of applications. The most important characteristics for this product are excellent chemical inertness (outdoor and chemical applications), low binder absorption and good dispersibility, Portaryte® D is successfully used in applications where excellent chemical inertness is required but high brightness and consistent colour is less important e.g. primers, sealants and adhesives. The exceptionally high density of baryte makes Portaryte® D an economical filler of choice for sound deadening in automotive and domestic applications (e.g. sewer pipes). The D50 particle size value for this product is 6.0 um and the D97 value is 20.0 um. voir moins | |
| Portaryte® D 40 | Sibelco | Portaryte® D 40 is produced from carefully selected, naturally occurring off-white baryte. The chemical composition of the raw material and product is closely monitored and particle size kept within a narrow variation. Portaryte® micronized functional fil...voir plus Portaryte® D 40 is produced from carefully selected, naturally occurring off-white baryte. The chemical composition of the raw material and product is closely monitored and particle size kept within a narrow variation. Portaryte® micronized functional fillers are used in a broad range of applications. The most important characteristics for this product are excellent chemical inertness (outdoor and chemical applications), low binder absorption and good dispersibility, Portaryte® D is successfully used in applications where excellent chemical inertness is required but high brightness and consistent colour is less important e.g. primers, sealants and adhesives. The exceptionally high density of baryte makes Portaryte® D an economical filler of choice for sound deadening in automotive and domestic applications (e.g. sewer pipes). The D50 particle size value for this product is 8.0 um and the D97 value is 36.0 um. voir moins | |
| Portaryte® D 50 | Sibelco | Portaryte® D 50 is produced from carefully selected, naturally occurring off-white baryte. The chemical composition of the raw material and product is closely monitored and particle size kept within a narrow variation. Portaryte® micronized functional fil...voir plus Portaryte® D 50 is produced from carefully selected, naturally occurring off-white baryte. The chemical composition of the raw material and product is closely monitored and particle size kept within a narrow variation. Portaryte® micronized functional fillers are used in a broad range of applications. The most important characteristics for this product are excellent chemical inertness (outdoor and chemical applications), low binder absorption and good dispersibility, Portaryte® D is successfully used in applications where excellent chemical inertness is required but high brightness and consistent colour is less important e.g. primers, sealants and adhesives. The exceptionally high density of baryte makes Portaryte® D an economical filler of choice for sound deadening in automotive and domestic applications (e.g. sewer pipes). The D50 particle size value for this product is 10.5 um and the D97 value is 54.0 um. voir moins | |
| Portaryte® D 80 | Sibelco | Portaryte® D 80 is produced from carefully selected, naturally occurring off-white baryte. The chemical composition of the raw material and product is closely monitored and particle size kept within a narrow variation. Portaryte® micronized functional fil...voir plus Portaryte® D 80 is produced from carefully selected, naturally occurring off-white baryte. The chemical composition of the raw material and product is closely monitored and particle size kept within a narrow variation. Portaryte® micronized functional fillers are used in a broad range of applications. The most important characteristics for this product are excellent chemical inertness (outdoor and chemical applications), low binder absorption and good dispersibility, Portaryte® D is successfully used in applications where excellent chemical inertness is required but high brightness and consistent colour is less important e.g. primers, sealants and adhesives. The exceptionally high density of baryte makes Portaryte® D an economical filler of choice for sound deadening in automotive and domestic applications (e.g. sewer pipes). The D50 particle size value for this product is 13.0 um and the D97 value is 85.0 um. voir moins | |
| Portaryte® D 150 | Sibelco | Portaryte® D 150 is produced from carefully selected, naturally occurring off-white baryte. The chemical composition of the raw material and product is closely monitored and particle size kept within a narrow variation. Portaryte® micronized functional fi...voir plus Portaryte® D 150 is produced from carefully selected, naturally occurring off-white baryte. The chemical composition of the raw material and product is closely monitored and particle size kept within a narrow variation. Portaryte® micronized functional fillers are used in a broad range of applications. The most important characteristics for this product are excellent chemical inertness (outdoor and chemical applications), low binder absorption and good dispersibility, Portaryte® D is successfully used in applications where excellent chemical inertness is required but high brightness and consistent colour is less important e.g. primers, sealants and adhesives. The exceptionally high density of baryte makes Portaryte® D an economical filler of choice for sound deadening in automotive and domestic applications (e.g. sewer pipes). The D50 particle size value for this product is 18.0 um and the D97 value is 110.0 um. voir moins | |
| WorléeThix 670 HS | Worlée-Chemie G.m.b.H. | WorléeThix 670 HS is a thixotropic long oil alkyd resin, mainly for the manufacture of primers, filler, gloss paints, and silk gloss paints. This grade has a low VOC and a non volatile content of 70% ± 2. W´Thix 670 hs is compatible with most medium and l...voir plus WorléeThix 670 HS is a thixotropic long oil alkyd resin, mainly for the manufacture of primers, filler, gloss paints, and silk gloss paints. This grade has a low VOC and a non volatile content of 70% ± 2. W´Thix 670 hs is compatible with most medium and long oil air drying alkyd resins. It is also compatible with the common maleic and phenolic modified hard resins. Main application fields are high solid, solvent based, air drying primers, gloss paints, silk gloss paints and glazings for decorative paints, especially with regard to the stricter VOC limit values from 2010 on. W´Thix 670 hs can be used either as a sole binder or as an additional binder (e. g. in combination with W´Kyd SD 7003, 85% in dearomatized HC 160-200). voir moins | |
| Deuteron VT 855 | Deuteron | Deuteron VT 855 is for aqueous systems, such as dispersion paint, glue, dispersion plaster, water-dilutable lacquer, printing inks, silicate paint, aqueous pigment/filler preparations. It is especially well suited for the building and do-it-yourself se...voir plus Deuteron VT 855 is for aqueous systems, such as dispersion paint, glue, dispersion plaster, water-dilutable lacquer, printing inks, silicate paint, aqueous pigment/filler preparations. It is especially well suited for the building and do-it-yourself sectors. Wherever high viscosity and pseudoplastic behavior is required but high-performance stirring devices, such as dissolvers, are not available. In pigmented aqueous systems, such as dispersion paint and cast, the use of Deuteron VT 855 prevents a deposition of the pigments and fillers as well as a separation of the liquid phase during storage. The applicability of the coating materials is improved. The product is compatible with most of binding and thickening agents commonly used in the paint industry. When properly used, Deuteron VT 855 allows the preparation of highly viscous systems without technical help. voir moins | Request Sample |
| Deuteron VT 856 | Deuteron | Deuteron VT 856 is for aqueous systems, such as dispersion paint, glue, dispersion plaster, water-dilutable lacquer, printing inks, silicate paint, aqueous pigment/filler preparations. It is especially well suited for the building and do-it-yourself se...voir plus Deuteron VT 856 is for aqueous systems, such as dispersion paint, glue, dispersion plaster, water-dilutable lacquer, printing inks, silicate paint, aqueous pigment/filler preparations. It is especially well suited for the building and do-it-yourself sectors. Wherever high viscosity and pseudoplastic behavior is required but high-performance stirring devices, such as dissolvers, are not available. In pigmented aqueous systems, such as dispersion paint and cast, the use of Deuteron VT 856 prevents a deposition of the pigments and fillers as well as a separation of the liquid phase during storage. The applicability of the coating materials is improved. The product is compatible with most of binding and thickening agents commonly used in the paint industry. When properly used, Deuteron VT 856 allows the preparation of highly viscous systems without technical help. voir moins | Request Sample |
| SiSiB® PC1108 | SiSiB SILICONES | SiSiB® PC1108 is a yellowish clear liquid with an amine-like odor. It may act as an adhesive promoter between inorganic materials and organic polymers, as a surface modifier, or for chemical modification of substrates. It can be used to improve flexural s...voir plus SiSiB® PC1108 is a yellowish clear liquid with an amine-like odor. It may act as an adhesive promoter between inorganic materials and organic polymers, as a surface modifier, or for chemical modification of substrates. It can be used to improve flexural strength, tensile strength, impact strength and modulus of elasticity; moisture and corrosion resistance; adhesion; or filler dispersion. It can be used for applications including glass fiber/glass fabric composites; metal primers; as additive to phenolic resin binders for mineral fiber insulating materials and abrasives; as additive to phenolic, furane and melamine resins; as a primer or additive in sealants and adhesives; as mineral-filled polymers (composites) or HFFR cables; as pretreatment of fillers and pigments; or for improvement of adhesive to the substrate in paints and coatings. voir moins | |
| Portaryte® B 3 | Sibelco | Portaryte® B 3 is produced from carefully selected very white, naturally occurring, baryte. This micronized functional filler is used in a broad range of applications. The most important characteristics are: excellent chemical inertness (outdoor and chemi...voir plus Portaryte® B 3 is produced from carefully selected very white, naturally occurring, baryte. This micronized functional filler is used in a broad range of applications. The most important characteristics are: excellent chemical inertness (outdoor and chemical applications); low level of impurities, such as transition and heavy metals; and low content of quartz (low abrasiveness, no health issues). Because of these characteristics, Portaryte® fillers are successfully used in an extended range of paint & coating applications such as industrial, marine and powder coatings. They are also used in various industrial sealant and adhesive applications due to their excellent chemical resistance. Fine grades of PORTARYTE® fillers have been specially developed for powder coating applications. They are successfully used as an alternative for fine synthetic Blanc Fixe in high gloss applications. The D50 particle size value for this product is 1.3 um and the D97 value is 3.7 um. voir moins | |
| Portaryte® B 4 | Sibelco | Portaryte® B 4 is produced from carefully selected very white, naturally occurring, baryte. This micronized functional filler is used in a broad range of applications. The most important characteristics are: excellent chemical inertness (outdoor and chemi...voir plus Portaryte® B 4 is produced from carefully selected very white, naturally occurring, baryte. This micronized functional filler is used in a broad range of applications. The most important characteristics are: excellent chemical inertness (outdoor and chemical applications); low level of impurities, such as transition and heavy metals; and low content of quartz (low abrasiveness, no health issues). Because of these characteristics, Portaryte® fillers are successfully used in an extended range of paint & coating applications such as industrial, marine and powder coatings. They are also used in various industrial sealant and adhesive applications due to their excellent chemical resistance. Fine grades of PORTARYTE® fillers have been specially developed for powder coating applications. They are successfully used as an alternative for fine synthetic Blanc Fixe in high gloss applications. The D50 particle size value for this product is 1.5 um and the D97 value is 4.5 um. voir moins | |
| Portaryte® B 5 | Sibelco | Portaryte® B 5 is produced from carefully selected very white, naturally occurring, baryte. This micronized functional filler is used in a broad range of applications. The most important characteristics are: excellent chemical inertness (outdoor and chemi...voir plus Portaryte® B 5 is produced from carefully selected very white, naturally occurring, baryte. This micronized functional filler is used in a broad range of applications. The most important characteristics are: excellent chemical inertness (outdoor and chemical applications); low level of impurities, such as transition and heavy metals; and low content of quartz (low abrasiveness, no health issues). Because of these characteristics, Portaryte® fillers are successfully used in an extended range of paint & coating applications such as industrial, marine and powder coatings. They are also used in various industrial sealant and adhesive applications due to their excellent chemical resistance. Fine grades of PORTARYTE® fillers have been specially developed for powder coating applications. They are successfully used as an alternative for fine synthetic Blanc Fixe in high gloss applications. The D50 particle size value for this product is 1.9 um and the D97 value is 6.0 um. voir moins | |
| Colanyl Blue A2R 500 - Pigment Blue 15:1 | Clariant Plastics and Coatings (Dispersions) | Colanyl Blue A2R 500 is an aqueous binder-free pigment preparation manufactured without using alkyl phenol ethoxylated (APEO) additives. This aqueous pigment preparation is compatible with water-based low VOC and VOC-free decorative coatings.* The main application fields of Colanyl Blue A2R 500 are new generation of dispersion paints and renderings/plaster based on aqueous polymer dispersions. Colanyl Blue A2R 500 is also compatible with some other binder systems, e.g. water-based industrial paints, but the maximum dosage level and compatibility of Colanyl Blue A2R 500 has to be checked in the customer paint system itself. By using Colanyl Blue A2R 500 in automatic and manual dispensers, excellent accuracy and reliability when poured or pumped have been observed. Furthermore, Colanyl Blue A2R 500 is miscible in all proportions with other Colanyl 500 preparations. By adding Colanyl Extender...voir plus Colanyl Blue A2R 500 is an aqueous binder-free pigment preparation manufactured without using alkyl phenol ethoxylated (APEO) additives. This aqueous pigment preparation is compatible with water-based low VOC and VOC-free decorative coatings.* The main application fields of Colanyl Blue A2R 500 are new generation of dispersion paints and renderings/plaster based on aqueous polymer dispersions. Colanyl Blue A2R 500 is also compatible with some other binder systems, e.g. water-based industrial paints, but the maximum dosage level and compatibility of Colanyl Blue A2R 500 has to be checked in the customer paint system itself. By using Colanyl Blue A2R 500 in automatic and manual dispensers, excellent accuracy and reliability when poured or pumped have been observed. Furthermore, Colanyl Blue A2R 500 is miscible in all proportions with other Colanyl 500 preparations. By adding Colanyl Extender MS 530, the color strength of Colanyl Blue A2R 500 can be adjusted. voir moins | Request Sample |
| Diamelia® 10 | Sibelco | Diamelia® 10 is produced from carefully selected very white, naturally occurring baryte. The standardised quality is guaranteed by means of an ISO 9001 certified quality management plan. Diamelia® micronized functional fillers are used in a broad range of...voir plus Diamelia® 10 is produced from carefully selected very white, naturally occurring baryte. The standardised quality is guaranteed by means of an ISO 9001 certified quality management plan. Diamelia® micronized functional fillers are used in a broad range of applications. The most important characteristics are: excellent chemical inertness (outdoor and chemical applications); low level of impurities, such as transition and heavy metals; and low content of quartz (low abrasiveness, no health issues). Because of these characteristics, Diamelia® fillers are successfully employed in an extended range of paint & coating applications, such as industrial, marine and powder coatings. Diamelia® fillers are also used in various industrial sealant and adhesive applications due to their excellent chemical resistance. The exceptionally high density of baryte makes Diamelia® a filler of choice for sound deadening in automotive and domestic applications (e.g. polyolefin sewer pipes). The top cut D97 for Diamelia® 10 is 15μm. voir moins | |
| PAT-ADD DA 108 | Patcham LTD | PAT-ADD DA 108 is a polymeric dispersing agent for inorganic pigments in aqueous systems. The product is very versatile in application and used in a wide range of emulsion paints; high pigment loadings in the mill-base and excellent storage stability. Mai...voir plus PAT-ADD DA 108 is a polymeric dispersing agent for inorganic pigments in aqueous systems. The product is very versatile in application and used in a wide range of emulsion paints; high pigment loadings in the mill-base and excellent storage stability. Main benefits are: enables high mill-base loading for efficient manufacturing, contributes to gloss optimization in gloss emulsion paints, good pigment wetting, good corrosion resistance, stable paint viscosity during storage, hydrophobic copolymer, for optimal water resistance and scrub resistance, and universal use in emulsion paints and other aqueous formulations. voir moins | Request Sample |
| TOYOTAC PMA-L | DKSH | TOYOTAC PMA-L is a Maleic acid modified Polyolefin. It is grafted with maleic anhydride. It has high content of maleic anhydride. It is an Adhesion Promoter and compatibilizer. It is a powerful CPO and Primer. Totyotac PMA-L main characteristics are: Good...voir plus TOYOTAC PMA-L is a Maleic acid modified Polyolefin. It is grafted with maleic anhydride. It has high content of maleic anhydride. It is an Adhesion Promoter and compatibilizer. It is a powerful CPO and Primer. Totyotac PMA-L main characteristics are: Good Hot Melt adhesion power to Polyolefin, PET,PA, Steel, Metal and EVOH. Good compatibilizer between PP/PA, PP/EPDM, PP/PC etc. Good coupling agent for glass fiber reinforced PP and mineral-filled PP. TOYOTAC PMA-L main aplications are: Hot melt adhesives for Alminium foil and Polyolefin as wrapping materials. Hot Melt Lamination for the multi-layer films such as EVOH/PP, PA/PP. Coupling agent for Polypropylene reinforced with glass-fiber, talc or inorganic-filler. Compatibilizer for Polypropylene combination with wood-fiber. Compatibilizer for the fiber-reinforced plastics. Available in select countries. Please inquire for more details. voir moins | Request Sample |
| VAN GEL® B | Vanderbilt Minerals, LLC | VAN GEL® B is derived from a naturally-occurring colloidal magnesium aluminum silicate. It is used in latex paint for the development of smooth thixotropic consistency. VAN GEL® B provides dripless application and eliminates or minimizes need to stir pai...voir plus VAN GEL® B is derived from a naturally-occurring colloidal magnesium aluminum silicate. It is used in latex paint for the development of smooth thixotropic consistency. VAN GEL® B provides dripless application and eliminates or minimizes need to stir paint prior to its use. voir moins | |
| SIKRON® SF600 | HPF The Mineral Engineers, a division of Quarzwerke Group | SIKRON® SF600 is a micronized flour produced from processed silica sand by iron-free grinding with subsequent air separation. It is suitable for glass, foundry, ceramics/fire resistance, outdoor electrical insulating material, cast resins, and many other ...voir plus SIKRON® SF600 is a micronized flour produced from processed silica sand by iron-free grinding with subsequent air separation. It is suitable for glass, foundry, ceramics/fire resistance, outdoor electrical insulating material, cast resins, and many other applications. This quartz-based product has an average grain size of 3μm. voir moins | |
| europerl® Perlite aggregate for paint texturing | Europerl | europerl® Perite aggregate for paint texturing is a product that is mixed with paint and ultimately expands it's volume. This aggregate is a more effective solution than using sand because is does not tend to settle in paint. Many tests have been performe...voir plus europerl® Perite aggregate for paint texturing is a product that is mixed with paint and ultimately expands it's volume. This aggregate is a more effective solution than using sand because is does not tend to settle in paint. Many tests have been performed on this product and it has been found that on average for every 0.5 lb. of perlite added to 16 fl oz of paint, it increases the volume of the paint to 18.88 fl oz. voir moins | |
| Casiflux® FG 20 | Sibelco | Casiflux® FG 20 is produced from carefully selected, acicular wollastonite, a naturally occurring calcium silicate mineral. Specialized milling processes are employed to retain the high aspect ratio of these needle-shaped products. The fine-grained, high...voir plus Casiflux® FG 20 is produced from carefully selected, acicular wollastonite, a naturally occurring calcium silicate mineral. Specialized milling processes are employed to retain the high aspect ratio of these needle-shaped products. The fine-grained, high aspect ratio, wollastonites are specially developed for applications demanding increased strength, scratch and heat resistance. In plastics, Casiflux® FG 20 is used in automotive applications such as passenger compartment trims, instrument panels, bumpers, air conditioner/heater housings, battery support trays, wheel covers etc. In addition, wollastonite is used as a partial replacement for glass fibre in reinforced plastics and resin composite applications. In paints and coatings, reduced ‘mud cracking’ is achieved with Casiflux® FG 20. Both the reinforcement and passivating ability of wollastonite are successfully harnessed in formulating anti-corrosion paints, whilst increased crack and chip resistance is achieved in powder coatings. The oil absorption for this grade is 70g/100 g. voir moins | |
| GLOXIL WW SL | Hoffmann Mineral | GLOXIL WW SL is an aqueous dispersion based on modified silica for use in matt water-based coatings improves incorporation, transparency and resistance. |
