| Polydo DP-1000 | Kukdo Chemical Co., Ltd. | Polydo DP-1000 polyether polyol is 1000 molecular weight polyether diol. It is useful for pre-polymer production and chain extender in elastomer formulations. Polydo DP-1000 is colorless liquid glycol exhibiting good compatibility with organic chemicals. ...Vea Mas Polydo DP-1000 polyether polyol is 1000 molecular weight polyether diol. It is useful for pre-polymer production and chain extender in elastomer formulations. Polydo DP-1000 is colorless liquid glycol exhibiting good compatibility with organic chemicals. It has good solubility in water. Vea Menos | |
| NYAD® G | NYCO Minerals, Inc. | NYAD® G is a high aspect ratio wollastonite for aluminum and elastomeric roof coatings for improved reflectivity and emissivity. It's acicular structure gives improved film reinforcement, sag control and is a cost-effective extender to cellulose fiber, al...Vea Mas NYAD® G is a high aspect ratio wollastonite for aluminum and elastomeric roof coatings for improved reflectivity and emissivity. It's acicular structure gives improved film reinforcement, sag control and is a cost-effective extender to cellulose fiber, aluminum paste and other fibers. Vea Menos | |
| TEGO® Foamex 32 | Evonik Operations GmbH, BL Coating Additives | TEGO® Foamex 32 is a defoamer concentrate. It is suitable for ecolabel compliant formulations. This product offers strong defoaming in millbases and high viscosity formulations, particularly for pigmented formulations with a high filler content. | Request Sample |
| TREFIL® 1313-600 | HPF The Mineral Engineers, a division of Quarzwerke Group | TREFIL® 1313-600 is a mineral filler that is produced from natural anhydrite by grinding with subsequent air separation. It does not contain any additives of activators. This product is used in different applications in the paint and coatings industry. | |
| Dolkron® Super | Minerals Girona S.A. | Dolkron® Super es un carbonato de calcio y magnesio, de gran blancura y muy fino, por lo que es un excelente extensor para usar en la industria de polímeros y pinturas. Tiene una absorción de aceite de 50 g/100 g y un corte superior de 20 micras. | |
| Dolkron® Micro | Minerals Girona S.A. | Dolkron® Micro es un carbonato de calcio y magnesio, de gran blancura y muy fino, por lo que es un excelente extensor para usar en la industria de polímeros y pinturas. Tiene una absorción de aceite de 32 g/100 g y un corte superior de 7 micras. | |
| Dolkron® Plus | Minerals Girona S.A. | Dolkron® Plus es un carbonato de calcio y magnesio, de gran blancura y muy fino, por lo que es un excelente extensor para usar en la industria de polímeros y pinturas. Tiene una absorción de aceite de 28 g/100 g y un corte superior de 10 micras. | |
| Dolkron® Pulver | Minerals Girona S.A. | Dolkron® Pulver es un carbonato de calcio y magnesio, de gran blancura y muy fino, por lo que es un excelente extensor para usar en la industria de polímeros y pinturas. Tiene una absorción de aceite de 17 g/100 g y un corte superior de 80 micras. | |
| CalPlex 5 | CALCIT d.o.o. | CalPlex 5, with high whiteness, is a filler made of calcium carbonate – calcite. This product is a marbled limestone of crystal rhombohedral structure and is used in the making of thermoplastic road paints, lacquers, adhesives, and more. | |
| Novaqua WB3020-50 | Novaresine S.r.l | Novaqua WB3020-50 is a fast-curing, water-based resin that displays good wood penetration and protection, high gloss, and excellent pigment compatibility. This product is recommended for use in wood filler and sealer applications. | |
| Silane ATPN-1110 | Beijing Entrepreneur Science &Trading Co., Ltd. | Silane ATPN-1110 is an amino-functional silane that may be used over a broad range of applications to give an improvement in the bond between a substrate, filler or reinforcement and resins that react with the amino group. It can improve the dispersion an...Vea Mas Silane ATPN-1110 is an amino-functional silane that may be used over a broad range of applications to give an improvement in the bond between a substrate, filler or reinforcement and resins that react with the amino group. It can improve the dispersion and wet ability of filler in the high molecular materials. ATPN-1110 is an excellent promoter of adhesion and sealant (such as polyurethane, epoxy, and phenol). In the glass wool and FRP products, it can be added into phenol resins to improve the wet resistance and mechanical performance. Vea Menos | |
| CalPlex 1 | CALCIT d.o.o. | CalPlex 1, with extreme whiteness, is a filler made of calcium carbonate – calcite. This product is a marbled limestone of crystal rhombohedral structure and is used in the making of paints, lacquers, printing inks, powder coatings, and more. | |
| DKI Quartz Flour 74/200 | Boud Minerals & Polymers | DKI Quartz Flour 74/200 is a ground crystalline quartz used as a general filler in resin systems. This product is available in different sizes and can be incorporated into bespoke formulations or distributed as a standalone product. | |
| ACEMATT® OK 607 LC | Evonik Operations GmbH, BL Coating Additives | ACEMATT® OK 607 LC is a very fine-grained wax after-treated precipitated silica. It is mainly used as a high-purity filler for e-coats due to its outstanding suspension behaviour and low electrical conductivity. | Request Sample |
| CalPlex Extra | CALCIT d.o.o. | CalPlex Extra, with extreme whiteness, is the finest filler made of calcium carbonate - calcite. This product is a marbled limestone of crystal rhombohedral structure and is used in the making of paints, lacquers, printing inks, powder coatings, and more. | |
| CalPlex 2 | CALCIT d.o.o. | CalPlex 2, with extreme whiteness, is a filler made of calcium carbonate – calcite. This product is a marbled limestone of crystal rhombohedral structure and is used in the making of decorative paints, lacquers, thermoplastic road paints, adhesives, and m...Vea Mas CalPlex 2, with extreme whiteness, is a filler made of calcium carbonate – calcite. This product is a marbled limestone of crystal rhombohedral structure and is used in the making of decorative paints, lacquers, thermoplastic road paints, adhesives, and more. Vea Menos | |
| PYRAX® B | Vanderbilt Minerals, LLC | PYRAX® B is a hydrated aluminum silicate (pyrophyllite) that is an economical extender pigment. It can be used in both interior and exterior architectural coatings. With a unique combination of particle morphologies, this product is a suitable functional ...Vea Mas PYRAX® B is a hydrated aluminum silicate (pyrophyllite) that is an economical extender pigment. It can be used in both interior and exterior architectural coatings. With a unique combination of particle morphologies, this product is a suitable functional alternate for specialty mica products, including mineralite micas. Vea Menos | |
| Minex® 4 | Sibelco | Minex® 4 is a micronised functional filler and extender with proven performance enhancers in a broad range of paints, coatings, adhesives, sealants, and inks. Excellent brightness, tint retention and weatherability can be achieved in exterior paints. Impr...Vea Mas Minex® 4 is a micronised functional filler and extender with proven performance enhancers in a broad range of paints, coatings, adhesives, sealants, and inks. Excellent brightness, tint retention and weatherability can be achieved in exterior paints. Improved colour, sheen uniformity, chemical and stain resistance, and durability result when Minex® is used in interior paint formulations. This product is easily dispersed in all conventional vehicle systems, and low oil absorption permits high loadings in adhesives, sealants, and aqueous and alkyd based paints. The oil absorption for this grade is 27g/100g. The intermediate grade Minex® 4 offers application versatility for a wide range of architectural and industrial uses. Finer grades are preferred for higher gloss coatings and are also the preferred choice for powder and clear paint systems. Vea Menos | |
| ALBACAR® 5970 | Specialty Minerals | ALBACAR® 5970 is a mineral additive which has a narrow particle size distribution. This product has an oil absorption of 50 and a specific gravity of 2.7. ALBACAR® 5970 is used as a filler in paints, adhesives, sealants, caulks, and plastics. | |
| ALBACAR® 8101 | Specialty Minerals | ALBACAR® 8101 is a mineral additive which has a narrow particle size distribution. This product has an oil absorption of 36 and a specific gravity of 2.7. ALBACAR® 8101 is used as a filler in paints, adhesives, sealants, caulks, and plastics. | |
| Mica 40 | Micronized Products | Mica 40 is a platelet or lamellar structured industrial mineral made from a potassium, aluminum silicate in a 40 mesh-sized powder form. This product is most commonly used as a filler in paint, gypsum plaster, and cementicious based plaster applications. | |
| Mica 60 | Micronized Products | Mica 60 is a platelet or lamellar structured industrial mineral made from a potassium, aluminum silicate in a 60 mesh-sized powder form. This product is most commonly used as a filler in paint, gypsum plaster, and cementicious based plaster applications. | |
| Mica 325 | Micronized Products | Mica 325 is a platelet or lamellar structured industrial mineral made from a potassium, aluminum silicate in a 325 mesh-sized powder form. This product is most commonly used as a filler in paint, gypsum plaster, and cementicious based plaster applications...Vea Mas Mica 325 is a platelet or lamellar structured industrial mineral made from a potassium, aluminum silicate in a 325 mesh-sized powder form. This product is most commonly used as a filler in paint, gypsum plaster, and cementicious based plaster applications. Vea Menos | |
| GL-0271 | Mo-Sci Corporation | GL-0271 consists of E-glass spheres that are white to gray or greenish in color. It eliminates the environmental impact and requirements on leaded glass products. It can be used in applications including conductive filler for plastic and pigment. | |
| SILFITZ 91 | Hoffmann Mineral | SILFIT Z 91 is a natural combination of corpuscular silica and lamellar kaolinite, which has been subjected to a heat treatment. The components and the thermal process lead to a product that offers special performance benefits as a functional filler. | |
| Dorkafill® H | BassTech International | Dorkafill® H is a functional filler in paint, coatings, and inks. This product brings matting properties and viscosity alongside basic performance (brightness, opacity, hardness, etc) and often allows an increase of the pigment volume concentration (PVC) ...Vea Mas Dorkafill® H is a functional filler in paint, coatings, and inks. This product brings matting properties and viscosity alongside basic performance (brightness, opacity, hardness, etc) and often allows an increase of the pigment volume concentration (PVC) without a loss of quality. Vea Menos | |
| Minex® S-6 | Sibelco | Minex® S-6 is a micronised functional filler and extender with proven performance enhancers in a broad range of paints, coatings, adhesives, sealants, and inks. Excellent brightness, tint retention and weatherability can be achieved in exterior paints. Im...Vea Mas Minex® S-6 is a micronised functional filler and extender with proven performance enhancers in a broad range of paints, coatings, adhesives, sealants, and inks. Excellent brightness, tint retention and weatherability can be achieved in exterior paints. Improved colour, sheen uniformity, chemical and stain resistance, and durability result when Minex® is used in interior paint formulations. This product is easily dispersed in all conventional vehicle systems, and low oil absorption permits high loadings in adhesives, sealants, and aqueous and alkyd based paints. Minex® fillers are produced from nepheline syenite; a naturally occurring, silica deficient, sodium-potassium alumina silicate. The oil absorption for this grade is 22g/100g. The intermediate grade Minex® S-6 offers application versatility for a wide range of architectural and industrial uses. Vea Menos | |
| AnTec C-60 | Anpeak Specialty Minerals Co., Ltd. | AnTec C-60, in the form of a highly pulverized powder, is a calcined kaolin. This product has been dehydroxylated by a controlled heat treatment in order to remove crystalline-bound hydroxyl groups and to improve brightness. It can be used as an extender...Vea Mas AnTec C-60, in the form of a highly pulverized powder, is a calcined kaolin. This product has been dehydroxylated by a controlled heat treatment in order to remove crystalline-bound hydroxyl groups and to improve brightness. It can be used as an extender in paints and coatings. Vea Menos | |
| SILBOND® 600 AST | HPF The Mineral Engineers, a division of Quarzwerke Group | SILBOND® 600 AST is a surface treated filler that is produced from processed silica sand by iron-free grinding with subsequent air separation and coating with an organo-silicon compound. It is surface-treated with aminosilane. This product has an average ...Vea Mas SILBOND® 600 AST is a surface treated filler that is produced from processed silica sand by iron-free grinding with subsequent air separation and coating with an organo-silicon compound. It is surface-treated with aminosilane. This product has an average grain size of 4 μm. Vea Menos | |
| BURGESS NO. 50® | Burgess Pigment Company | BURGESS NO. 50® is a high brightness, fine particle size calcined kaolin that is an extender of TiO2 in coatings or polymeric systems. This product facilitates reduction of prime pigment while maintaining opacity, whiteness, and tint strength of coatings ...Vea Mas BURGESS NO. 50® is a high brightness, fine particle size calcined kaolin that is an extender of TiO2 in coatings or polymeric systems. This product facilitates reduction of prime pigment while maintaining opacity, whiteness, and tint strength of coatings and retention of physical properties in filled polymeric systems. Vea Menos | |
| JEFFAMINE® SD-2001 Polyetheramine | Huntsman Performance Products | JEFFAMINE® SD-2001 polyetheramine is a liquid difunctional amine, with each amine being secondary. Applications include acting as a chain extender for polyureas and polyurethanes and inclusion in isocyanate prepolymer formations with benefits of low colou...Vea Mas JEFFAMINE® SD-2001 polyetheramine is a liquid difunctional amine, with each amine being secondary. Applications include acting as a chain extender for polyureas and polyurethanes and inclusion in isocyanate prepolymer formations with benefits of low colour and viscosity, slower reaction times than primary amines and lower viscosity isocyanate prepolymers. Vea Menos | |
| VANSIL® W-50 | Vanderbilt Minerals, LLC | VANSIL® W-50 is a fine grind of wollastonite (calcium metaxilicate) which disperses to a 6-7 Hegman at three pounds per gallon. This product is a suitable filler for liquid industrial and corrosion resistant coatings, powder coatings, and semi-gloss archi...Vea Mas VANSIL® W-50 is a fine grind of wollastonite (calcium metaxilicate) which disperses to a 6-7 Hegman at three pounds per gallon. This product is a suitable filler for liquid industrial and corrosion resistant coatings, powder coatings, and semi-gloss architectural coatings. Vea Menos | |
| Mikhart® MU08 | Provencale S.A. | Mikhart® MU08, in the form of a white powder, is a calcium carbonate that can be used as a filler in paints and coatings. This product's mean particle size is .9 microns. Its specific gravity is 2.7 and its refractive index is 1.59. | |
| Mikhart® MU12 | Provencale S.A. | Mikhart® MU12, in the form of a white powder, is a calcium carbonate that can be used as a filler in paints and coatings. This product's mean particle size is 1.2 microns. Its specific gravity is 2.7 and its refractive index is 1.59. | |
| Mikhart® 1 | Provencale S.A. | Mikhart® 1, in the form of a white powder, is a calcium carbonate that can be used as a filler in paints and coatings. This product's mean particle size is 1.7 microns. Its specific gravity is 2.7 and its refractive index is 1.59. | |
| Mikhart® 2 | Provencale S.A. | Mikhart® 2, in the form of a white powder, is a calcium carbonate that can be used as a filler in paints and coatings. This product's mean particle size is 3 microns. Its specific gravity is 2.7 and its refractive index is 1.59. | |
| Mikhart® M | Provencale S.A. | Mikhart® M, in the form of a white powder, is a calcium carbonate that can be used as a filler in paints and coatings. This product's mean particle size is 3.5 microns. Its specific gravity is 2.7 and its refractive index is 1.59. | |
| Mikhart® 5 | Provencale S.A. | Mikhart® 5, in the form of a white powder, is a calcium carbonate that can be used as a filler in paints and coatings. This product's mean particle size is 5 microns. Its specific gravity is 2.7 and its refractive index is 1.59. | |
| Mikhart® 10 | Provencale S.A. | Mikhart® 10, in the form of a white powder, is a calcium carbonate that can be used as a filler in paints and coatings. This product's mean particle size is 10 microns. Its specific gravity is 2.7 and its refractive index is 1.59. | |
| Mikhart® SPL | Provencale S.A. | Mikhart® SPL, in the form of a white powder, is a calcium carbonate that can be used as a filler in paints and coatings. This product's mean particle size is 20 microns. Its specific gravity is 2.7 and its refractive index is 1.59. | |
| Mikhart® 15 | Provencale S.A. | Mikhart® 15, in the form of a white powder, is a calcium carbonate that can be used as a filler in paints and coatings. This product's mean particle size is 17 microns. Its specific gravity is 2.7 and its refractive index is 1.59. | |
| Mikhart® 40 | Provencale S.A. | Mikhart® 40, in the form of a white powder, is a calcium carbonate that can be used as a filler in paints and coatings. This product's mean particle size is 30 microns. Its specific gravity is 2.7 and its refractive index is 1.59. | |
| Mikhart® 65 | Provencale S.A. | Mikhart® 65, in the form of a white powder, is a calcium carbonate that can be used as a filler in paints and coatings. This product's mean particle size is 60 microns. Its specific gravity is 2.7 and its refractive index is 1.59. | |
| Mikhart® 130 | Provencale S.A. | Mikhart® 130, in the form of a white powder, is a calcium carbonate that can be used as a filler in paints and coatings. This product's mean particle size is 140 microns. Its specific gravity is 2.7 and its refractive index is 1.59. | |
| Criscal 1 | Provencale S.A. | Criscal 1, in the form of a white powder, is a calcium carbonate that can be used as a filler in paints and coatings. Its mean particle size is 1.6 microns. Its specific gravity is 2.7 and its refractive index is 1.59. | |
| Criscal 2 | Provencale S.A. | Criscal 2, in the form of a white powder, is a calcium carbonate that can be used as a filler in paints and coatings. Its mean particle size is 3 microns. Its specific gravity is 2.7 and its refractive index is 1.59. | |
| Criscal 5 | Provencale S.A. | Criscal 5, in the form of a white powder, is a calcium carbonate that can be used as a filler in paints and coatings. Its mean particle size is 5 microns. Its specific gravity is 2.7 and its refractive index is 1.59. | |
| Criscal 10 | Provencale S.A. | Criscal 10, in the form of a white powder, is a calcium carbonate that can be used as a filler in paints and coatings. Its mean particle size is 10 microns. Its specific gravity is 2.7 and its refractive index is 1.59. | |
| Criscal 80-800 | Provencale S.A. | Criscal 80-800, in the form of a white powder, is a calcium carbonate that can be used as a filler in paints and coatings. Its untamped apparent density is 1.3. Its specific gravity is 2.7 and its refractive index is 1.59. | |
| Criscal 0.5-1 | Provencale S.A. | Criscal 0.5-1, in the form of a white powder, is a calcium carbonate that can be used as a filler in paints and coatings. Its untamped apparent density is 1.3. Its specific gravity is 2.7 and its refractive index is 1.59. | |
| Criscal 1.5-2.5 | Provencale S.A. | Criscal 1.5-2.5, in the form of a white powder, is a calcium carbonate that can be used as a filler in paints and coatings. Its untamped apparent density is 1.3. Its specific gravity is 2.7 and its refractive index is 1.59. | |
| Criscal 2-4 | Provencale S.A. | Criscal 2-4, in the form of a white powder, is a calcium carbonate that can be used as a filler in paints and coatings. Its untamped apparent density is 1.3. Its specific gravity is 2.7 and its refractive index is 1.59. | |
| CalPlex 0 | CALCIT d.o.o. | CalPlex 0, with extreme whiteness, is the finest filler made of calcium carbonate – calcite from wet grind production. This product is a marbled limestone of crystal rhombohedral structure and is used in the making of paints, lacquers, printing inks, powd...Vea Mas CalPlex 0, with extreme whiteness, is the finest filler made of calcium carbonate – calcite from wet grind production. This product is a marbled limestone of crystal rhombohedral structure and is used in the making of paints, lacquers, printing inks, powder coatings, and more. Vea Menos | |
| TREFIL® 1313-400 | HPF The Mineral Engineers, a division of Quarzwerke Group | TREFIL® 1313-400 is a mineral filler that is produced from natural anhydrite by grinding with subsequent air separation. It does not contain any additives of activators, with an average grain size of 6μm. This product is used in different applications in ...Vea Mas TREFIL® 1313-400 is a mineral filler that is produced from natural anhydrite by grinding with subsequent air separation. It does not contain any additives of activators, with an average grain size of 6μm. This product is used in different applications in the paint and coatings industry. Vea Menos | |
| Clear Crushed Glass | Boud Minerals & Polymers | Clear Crushed Glass is an inert filler material used to give a decorative finish to external resin bound, internal and external resin bonded and terrazzo flooring systems. This product provides the benefits of low oil absorbency that reduces required res...Vea Mas Clear Crushed Glass is an inert filler material used to give a decorative finish to external resin bound, internal and external resin bonded and terrazzo flooring systems. This product provides the benefits of low oil absorbency that reduces required resin amounts in fillers. Vea Menos | |
| Crushed Flint | Boud Minerals & Polymers | Crushed Flint is blue flint that has been crushed to give an angular surface and can be used as a general mineral filler as an alternative to quartz or silica sand. The product appears grey in color and has a glass texture. | |
| Filling Line AFS 1000-4 | Würschum GmbH | Filling Line AFS 1000-4 is for filling of liquid and viscous products, e.g. car polish. Comprising of four-piston filler with rotary slide valve, drip prevention, fully automatic capping machine and conveyor. Servo-motor drive and electropneumatic control...Vea Mas Filling Line AFS 1000-4 is for filling of liquid and viscous products, e.g. car polish. Comprising of four-piston filler with rotary slide valve, drip prevention, fully automatic capping machine and conveyor. Servo-motor drive and electropneumatic control with microprocessor. Vea Menos |  |
| Uvistop PO3 | Ichemco | Uvistop PO3 is a mixture of an intert filler and a UV absorber. This product has a total solids content of 99-100%. Uvistop PO3 is most commonly used as a UV stabilizer in hot-melt and solventborne adhesive system applications. | |
| Mikhart® 110 | Provencale S.A. | Mikhart® 110, in the form of a white powder, is a calcium carbonate that can be used as a filler in paints and coatings. This product's particle size range is between 0-1 mm. Its specific gravity is 2.7 and its refractive index is 1.59. | |
| DARVAN® 670L | Vanderbilt Minerals, LLC | DARVAN® 670L is a liquid anionic dispersing agent for the preparation of aqueous dispersions of colored pigments, dyes, extender pigments, etc. that are used in the manufacture of water-borne paints and coatings. This product is effective for viscosity re...Vea Mas DARVAN® 670L is a liquid anionic dispersing agent for the preparation of aqueous dispersions of colored pigments, dyes, extender pigments, etc. that are used in the manufacture of water-borne paints and coatings. This product is effective for viscosity reduction of high solids dispersions of red iron oxide and similar pigments. Vea Menos | |
| SILBOND® FW 61 EST | HPF The Mineral Engineers, a division of Quarzwerke Group | SILBOND® FW 61 EST is a surface-treated filler produced from electrically fused SiO2 by iron-free grinding with subsequent air separation and coating with an organo-silicon compound. It is treated with epoxysilane. This product has an average grain size o...Vea Mas SILBOND® FW 61 EST is a surface-treated filler produced from electrically fused SiO2 by iron-free grinding with subsequent air separation and coating with an organo-silicon compound. It is treated with epoxysilane. This product has an average grain size of 26 μm. Vea Menos | |
| SILBOND® FW 12 EST | HPF The Mineral Engineers, a division of Quarzwerke Group | SILBOND® FW 12 EST is a surface-treated filler produced from electrically fused SiO2 by iron-free grinding with subsequent air separation and coating with an organo-silicon compound. It is treated with epoxysilane. This product has an average grain size o...Vea Mas SILBOND® FW 12 EST is a surface-treated filler produced from electrically fused SiO2 by iron-free grinding with subsequent air separation and coating with an organo-silicon compound. It is treated with epoxysilane. This product has an average grain size of 17 μm. Vea Menos | |
| SILBOND® FW 100 EST | HPF The Mineral Engineers, a division of Quarzwerke Group | SILBOND® FW 100 EST is a surface-treated filler produced from electrically fused SiO2 by iron-free grinding with subsequent air separation and coating with an organo-silicon compound. It is treated with epoxysilane. This product has an average grain size ...Vea Mas SILBOND® FW 100 EST is a surface-treated filler produced from electrically fused SiO2 by iron-free grinding with subsequent air separation and coating with an organo-silicon compound. It is treated with epoxysilane. This product has an average grain size of 13 μm. Vea Menos | |
| SILBOND® FW 300 EST | HPF The Mineral Engineers, a division of Quarzwerke Group | SILBOND® FW 300 EST is a surface-treated filler produced from electrically fused SiO2 by iron-free grinding with subsequent air separation and coating with an organo-silicon compound. It is treated with epoxysilane. This product has an average grain size ...Vea Mas SILBOND® FW 300 EST is a surface-treated filler produced from electrically fused SiO2 by iron-free grinding with subsequent air separation and coating with an organo-silicon compound. It is treated with epoxysilane. This product has an average grain size of 7 μm. Vea Menos | |
| SILBOND® FW 600 AST | HPF The Mineral Engineers, a division of Quarzwerke Group | SILBOND® FW 600 AST is a surface-treated filler produced from electrically fused SiO2 by iron-free grinding with subsequent air separation and coating with an organo-silicon compound. It is treated with aminosilane. This product has an average grain size ...Vea Mas SILBOND® FW 600 AST is a surface-treated filler produced from electrically fused SiO2 by iron-free grinding with subsequent air separation and coating with an organo-silicon compound. It is treated with aminosilane. This product has an average grain size of 4 μm. Vea Menos | |
| SILBOND® FW 600 EST | HPF The Mineral Engineers, a division of Quarzwerke Group | SILBOND® FW 600 EST is a surface-treated filler produced from electrically fused SiO2 by iron-free grinding with subsequent air separation and coating with an organo-silicon compound. It is treated with epoxysilane. This product has an average grain size ...Vea Mas SILBOND® FW 600 EST is a surface-treated filler produced from electrically fused SiO2 by iron-free grinding with subsequent air separation and coating with an organo-silicon compound. It is treated with epoxysilane. This product has an average grain size of 4 μm. Vea Menos | |
| Dimethyldipropylenetriamine (DMDPTA) | Huntsman Performance Products | Dimethyldipropylenetriamine (DMDPTA) is a clear, essentially colourless, high-boiling liquid that undergoes reactions typical of primary amines. DMDPTA contains one primary, one secondary and one tertiary amine group, which makes it of interest in many applications for use as co-curing agent, accelerator, chain extender...Vea Mas Dimethyldipropylenetriamine (DMDPTA) is a clear, essentially colourless, high-boiling liquid that undergoes reactions typical of primary amines. DMDPTA contains one primary, one secondary and one tertiary amine group, which makes it of interest in many applications for use as co-curing agent, accelerator, chain extender, or as reactive intermediate in synthesis. Vea Menos | |
| GL-0715 | Mo-Sci Corporation | GL-0715 consists of solid glass microspheres with light yellow color in powder form. It eliminates the environmental impact and requirements on leaded glass products. It can be used as high temperatures spacer material for gauge control, coating, filler...Vea Mas GL-0715 consists of solid glass microspheres with light yellow color in powder form. It eliminates the environmental impact and requirements on leaded glass products. It can be used as high temperatures spacer material for gauge control, coating, filler for plastic, and retro-reflection applications. Vea Menos | |
| SILBOND® 006 MST | HPF The Mineral Engineers, a division of Quarzwerke Group | SILBOND® 006 MST is a surface-treated filler that is produced from processed cristobalite by iron-free grinding with subsequent air separation and coating with an organo-silicon compound. It is treated with methacrylsilane. This product has an average gra...Vea Mas SILBOND® 006 MST is a surface-treated filler that is produced from processed cristobalite by iron-free grinding with subsequent air separation and coating with an organo-silicon compound. It is treated with methacrylsilane. This product has an average grain size of 31 μm. Vea Menos | |
| SILBOND® 3000 MST | HPF The Mineral Engineers, a division of Quarzwerke Group | SILBOND® 3000 MST is a surface-treated filler that is produced from processed cristobalite by iron-free grinding with subsequent air separation and coating with an organo-silicon compound. It is treated with methacrylsilane. This product has an average gr...Vea Mas SILBOND® 3000 MST is a surface-treated filler that is produced from processed cristobalite by iron-free grinding with subsequent air separation and coating with an organo-silicon compound. It is treated with methacrylsilane. This product has an average grain size of 6 μm. Vea Menos | |
| SILBOND® 4000 MST | HPF The Mineral Engineers, a division of Quarzwerke Group | SILBOND® 4000 MST is a surface-treated filler that is produced from processed cristobalite by iron-free grinding with subsequent air separation and coating with an organo-silicon compound. It is treated with methacrylsilane. This product has an average gr...Vea Mas SILBOND® 4000 MST is a surface-treated filler that is produced from processed cristobalite by iron-free grinding with subsequent air separation and coating with an organo-silicon compound. It is treated with methacrylsilane. This product has an average grain size of 5 μm. Vea Menos | |
| SILBOND® 6000 EST | HPF The Mineral Engineers, a division of Quarzwerke Group | SILBOND® 6000 EST is a surface-treated filler that is produced from processed cristobalite by iron-free grinding with subsequent air separation and coating with an organo-silicon compound. It is treated with epoxysilane. This product has an average grain ...Vea Mas SILBOND® 6000 EST is a surface-treated filler that is produced from processed cristobalite by iron-free grinding with subsequent air separation and coating with an organo-silicon compound. It is treated with epoxysilane. This product has an average grain size of 3.5 μm. Vea Menos | |
| SILBOND® 6000 MST | HPF The Mineral Engineers, a division of Quarzwerke Group | SILBOND® 6000 MST is a surface-treated filler that is produced from processed cristobalite by iron-free grinding with subsequent air separation and coating with an organo-silicon compound. It is treated with methacrylsilane. This product has an average gr...Vea Mas SILBOND® 6000 MST is a surface-treated filler that is produced from processed cristobalite by iron-free grinding with subsequent air separation and coating with an organo-silicon compound. It is treated with methacrylsilane. This product has an average grain size of 3.5 μm. Vea Menos | |
| SILBOND® 6000 RST | HPF The Mineral Engineers, a division of Quarzwerke Group | SILBOND® 6000 RST is a surface-treated filler that is produced from processed cristobalite by iron-free grinding with subsequent air separation and coating with an organo-silicon compound. It is treated with trimethylsilane. This product has an average gr...Vea Mas SILBOND® 6000 RST is a surface-treated filler that is produced from processed cristobalite by iron-free grinding with subsequent air separation and coating with an organo-silicon compound. It is treated with trimethylsilane. This product has an average grain size of 3.5 μm. Vea Menos | |
| SILBOND® 8000 RST | HPF The Mineral Engineers, a division of Quarzwerke Group | SILBOND® 8000 RST is a surface-treated filler that is produced from processed cristobalite by iron-free grinding with subsequent air separation and coating with an organo-silicon compound. It is treated with trimethylsilane. This product has an average gr...Vea Mas SILBOND® 8000 RST is a surface-treated filler that is produced from processed cristobalite by iron-free grinding with subsequent air separation and coating with an organo-silicon compound. It is treated with trimethylsilane. This product has an average grain size of 2.5 μm. Vea Menos | |
| SILBOND® 8000 TST | HPF The Mineral Engineers, a division of Quarzwerke Group | SILBOND® 8000 TST is a surface-treated filler that is produced from processed cristobalite by iron-free grinding with subsequent air separation and coating with an organo-silicon compound. It is treated with methylsilane. This product has an average grain...Vea Mas SILBOND® 8000 TST is a surface-treated filler that is produced from processed cristobalite by iron-free grinding with subsequent air separation and coating with an organo-silicon compound. It is treated with methylsilane. This product has an average grain size of 2.5 μm. Vea Menos | |
| Pansil 100 | Tolsa SA | Pansil 100 is a polyfunctional additive, which is supplied as a fine powder manufactured from sepiolite. It can be used as a suspension aid and active filler. It can be used in asphalt sheets, conglomeration in molecular sieves, seed coating, and asphal...Vea Mas Pansil 100 is a polyfunctional additive, which is supplied as a fine powder manufactured from sepiolite. It can be used as a suspension aid and active filler. It can be used in asphalt sheets, conglomeration in molecular sieves, seed coating, and asphalt emulsions. Vea Menos | |
| Vinyl Modified Polysiloxane R-8501 | Zhejiang Feidian Chemical Co., Ltd. | R-8501 is a vinylmethoxyethoxy polysiloxane. It offers good vinyl reactivity, contributes more siloxane reactivity, and reacts well with surface fillers so as to improve compatibility between the filler and polymer. This product is widely applied in zero-...Vea Mas R-8501 is a vinylmethoxyethoxy polysiloxane. It offers good vinyl reactivity, contributes more siloxane reactivity, and reacts well with surface fillers so as to improve compatibility between the filler and polymer. This product is widely applied in zero-halogen, flame retardant cable compounds. Vea Menos | |
| Epotec® YD 128 X | Aditya Birla | Epotec® YD 128 X is a modified, medium viscosity, bisphenol-A-based epoxy resin which displays good chemical resistance, resistance to crystallization on storage, and pigment and filler wetting properties. This product is ideal for use in electrical, elec...Vea Mas Epotec® YD 128 X is a modified, medium viscosity, bisphenol-A-based epoxy resin which displays good chemical resistance, resistance to crystallization on storage, and pigment and filler wetting properties. This product is ideal for use in electrical, electronic, and flooring applications. Vea Menos | |
| Epotec® YD 128 XX | Aditya Birla | Epotec® YD 128 XX is a medium viscosity, bisphenol-A-based modified epoxy resin which displays good chemical resistance, resistance to crystallization on storage, and pigment and filler wetting properties. This product is ideal for use in electrical, elec...Vea Mas Epotec® YD 128 XX is a medium viscosity, bisphenol-A-based modified epoxy resin which displays good chemical resistance, resistance to crystallization on storage, and pigment and filler wetting properties. This product is ideal for use in electrical, electronic, and flooring applications. Vea Menos | |
| PAT-ADD DA 2250 | Patcham LTD | PAT-ADD DA 2250 is a polymeric wetting agent for use in thermosets, especially where high levels of filler is prescribed. Excellent wetting as accomplished by PAT-ADD DA 2250 contributes to optimization of the fillers, the dispersion process and product s...Vea Mas PAT-ADD DA 2250 is a polymeric wetting agent for use in thermosets, especially where high levels of filler is prescribed. Excellent wetting as accomplished by PAT-ADD DA 2250 contributes to optimization of the fillers, the dispersion process and product stability. Vea Menos | Request Sample |
| AnTec C-98 | Anpeak Specialty Minerals Co., Ltd. | AnTec C-98, in the form of a highly pulverized powder, is a calcined kaolin. This product has been dehydroxylated by controlled heat treatment in order to remove crystalline-bound hydroxyl groups and in order to improve brightness. It can be used as a functional pigment extender...Vea Mas AnTec C-98, in the form of a highly pulverized powder, is a calcined kaolin. This product has been dehydroxylated by controlled heat treatment in order to remove crystalline-bound hydroxyl groups and in order to improve brightness. It can be used as a functional pigment extender in coatings, paints, and printing inks. Vea Menos | |
| AnTec WE | Anpeak Specialty Minerals Co., Ltd. | AnTec WE, in the form of a highly pulverized powder, is a calcined kaolin. This product has been dehydroxylated by a controlled heat treatment in order to remove crystalline-bound hydroxyl groups. It can be used as an extender for pigment applications. ...Vea Mas AnTec WE, in the form of a highly pulverized powder, is a calcined kaolin. This product has been dehydroxylated by a controlled heat treatment in order to remove crystalline-bound hydroxyl groups. It can be used as an extender for pigment applications. It contains less than 0.5% free moisture at 105 degrees Celsius. Vea Menos | |
| Minex® S-7 | Sibelco | Minex® S-7 is a micronised functional filler and extender with proven performance enhancers in a broad range of paints, coatings, adhesives, sealants, and inks. Excellent brightness, tint retention and weatherability can be achieved in exterior paints. Im...Vea Mas Minex® S-7 is a micronised functional filler and extender with proven performance enhancers in a broad range of paints, coatings, adhesives, sealants, and inks. Excellent brightness, tint retention and weatherability can be achieved in exterior paints. Improved colour, sheen uniformity, chemical and stain resistance, and durability result when Minex® is used in interior paint formulations. This product is easily dispersed in all conventional vehicle systems, and low oil absorption permits high loadings in adhesives, sealants, and aqueous and alkyd based paints. The oil absorption for this grade is 23g/100g. Minex® fillers are produced from nepheline syenite; a naturally occurring, silica deficient, sodium-potassium alumina silicate. Finer Minex® grades are ideally suited for higher gloss coatings and are also the preferred choice for powder and clear paint systems. Vea Menos | |
| GL-0237 | Mo-Sci Corporation | GL-0237 consists of solid clear amorphous silica microspheres with white color in powder form. It eliminates the environmental impact and requirements on leaded glass products. It can be used in applications including calibration, high temperatures spacer...Vea Mas GL-0237 consists of solid clear amorphous silica microspheres with white color in powder form. It eliminates the environmental impact and requirements on leaded glass products. It can be used in applications including calibration, high temperatures spacer material for gauge control, coating, and filler for plastics. Vea Menos | |
| Mikhart® 0.35-0.7 | Provencale S.A. | Mikhart® 0.35-0.7, in the form of a white powder, is a calcium carbonate that can be used as a filler in paints and coatings. This product's particle size range is between .25 and .9 mm. Its specific gravity is 2.7 and its refractive index is 1.59. | |
| Mikhart® 0.5-1 | Provencale S.A. | Mikhart® 0.5-1, in the form of a white powder, is a calcium carbonate that can be used as a filler in paints and coatings. This product's particle size range is between 0.7-1.2 mm. Its specific gravity is 2.7 and its refractive index is 1.59. | |
| Mikhart® 0.5-1.5 | Provencale S.A. | Mikhart® 0.5-1.5, in the form of a white powder, is a calcium carbonate that can be used as a filler in paints and coatings. This product's particle size range is between 0.63-1.8 mm. Its specific gravity is 2.7 and its refractive index is 1.59. | |
| Mikhart® 1-2 | Provencale S.A. | Mikhart® 1-2, in the form of a white powder, is a calcium carbonate that can be used as a filler in paints and coatings. This product's particle size range is between 1.4-2.5 mm. Its specific gravity is 2.7 and its refractive index is 1.59. | |
| Minex® S-10 | Sibelco | Minex® S-10 is a micronised functional filler and extender with proven performance enhancers in a broad range of paints, coatings, adhesives, sealants, and inks. Excellent brightness, tint retention and weatherability can be achieved in exterior paints. I...Vea Mas Minex® S-10 is a micronised functional filler and extender with proven performance enhancers in a broad range of paints, coatings, adhesives, sealants, and inks. Excellent brightness, tint retention and weatherability can be achieved in exterior paints. Improved colour, sheen uniformity, chemical and stain resistance, and durability result when Minex® is used in interior paint formulations. This product is easily dispersed in all conventional vehicle systems, and low oil absorption permits high loadings in adhesives, sealants, and aqueous and alkyd based paints. The oil absorption for this grade is 31g/100g. Minex® fillers are produced from nepheline syenite; a naturally occurring, silica deficient, sodium-potassium alumina silicate. Finer Minex® grades are ideally suited for higher gloss coatings and are also the preferred choice for powder and clear paint systems. Vea Menos | |
| SILBOND® W 6 EST | HPF The Mineral Engineers, a division of Quarzwerke Group | SILBOND® W 6 EST is a surface treated filler that is produced from processed silica sand by iron-free grinding with subsequent air separation and coating with an organo-silicon compound. It is surface-treated with epoxysilane. This product has an average ...Vea Mas SILBOND® W 6 EST is a surface treated filler that is produced from processed silica sand by iron-free grinding with subsequent air separation and coating with an organo-silicon compound. It is surface-treated with epoxysilane. This product has an average grain size of 40 μm. Vea Menos | |
| SILBOND® W 12 EST | HPF The Mineral Engineers, a division of Quarzwerke Group | SILBOND® W 12 EST is a surface treated filler that is produced from processed silica sand by iron-free grinding with subsequent air separation and coating with an organo-silicon compound. It is surface-treated with epoxysilane. This product has an average...Vea Mas SILBOND® W 12 EST is a surface treated filler that is produced from processed silica sand by iron-free grinding with subsequent air separation and coating with an organo-silicon compound. It is surface-treated with epoxysilane. This product has an average grain size of 16 μm. Vea Menos | |
| SILBOND® W 12 MST | HPF The Mineral Engineers, a division of Quarzwerke Group | SILBOND® W 12 MST is a surface treated filler that is produced from processed silica sand by iron-free grinding with subsequent air separation and coating with an organo-silicon compound. It is surface-treated with methacrylsilane. This product has an ave...Vea Mas SILBOND® W 12 MST is a surface treated filler that is produced from processed silica sand by iron-free grinding with subsequent air separation and coating with an organo-silicon compound. It is surface-treated with methacrylsilane. This product has an average grain size of 16 μm. Vea Menos | |
| SILBOND® 100 EST | HPF The Mineral Engineers, a division of Quarzwerke Group | SILBOND® 100 EST is a surface treated filler that is produced from processed silica sand by iron-free grinding with subsequent air separation and coating with an organo-silicon compound. It is surface-treated with epoxysilane. This product has an average ...Vea Mas SILBOND® 100 EST is a surface treated filler that is produced from processed silica sand by iron-free grinding with subsequent air separation and coating with an organo-silicon compound. It is surface-treated with epoxysilane. This product has an average grain size of 8 μm. Vea Menos | |
| SILBOND® 600 EST | HPF The Mineral Engineers, a division of Quarzwerke Group | SILBOND® 600 EST is a surface treated filler that is produced from processed silica sand by iron-free grinding with subsequent air separation and coating with an organo-silicon compound. It is surface-treated with epoxysilane. This product has an average ...Vea Mas SILBOND® 600 EST is a surface treated filler that is produced from processed silica sand by iron-free grinding with subsequent air separation and coating with an organo-silicon compound. It is surface-treated with epoxysilane. This product has an average grain size of 4 μm. Vea Menos | |
| SILBOND® 600 MST | HPF The Mineral Engineers, a division of Quarzwerke Group | SILBOND® 600 MST is a surface treated filler that is produced from processed silica sand by iron-free grinding with subsequent air separation and coating with an organo-silicon compound. It is surface-treated with methacrylsilane. This product has an aver...Vea Mas SILBOND® 600 MST is a surface treated filler that is produced from processed silica sand by iron-free grinding with subsequent air separation and coating with an organo-silicon compound. It is surface-treated with methacrylsilane. This product has an average grain size of 4 μm. Vea Menos | |
| SILBOND® 600 RST | HPF The Mineral Engineers, a division of Quarzwerke Group | SILBOND® 600 RST is a surface treated filler that is produced from processed silica sand by iron-free grinding with subsequent air separation and coating with an organo-silicon compound. It is surface-treated with trimethylsilane. This product has an aver...Vea Mas SILBOND® 600 RST is a surface treated filler that is produced from processed silica sand by iron-free grinding with subsequent air separation and coating with an organo-silicon compound. It is surface-treated with trimethylsilane. This product has an average grain size of 4 μm. Vea Menos | |
| SILBOND® 600 VST | HPF The Mineral Engineers, a division of Quarzwerke Group | SILBOND® 600 VST is a surface treated filler that is produced from processed silica sand by iron-free grinding with subsequent air separation and coating with an organo-silicon compound. It is surface-treated with vinylsilane. This product has an average ...Vea Mas SILBOND® 600 VST is a surface treated filler that is produced from processed silica sand by iron-free grinding with subsequent air separation and coating with an organo-silicon compound. It is surface-treated with vinylsilane. This product has an average grain size of 4 μm. Vea Menos | |
| SILBOND® 600 TST | HPF The Mineral Engineers, a division of Quarzwerke Group | SILBOND® 600 TST is a surface treated filler that is produced from processed silica sand by iron-free grinding with subsequent air separation and coating with an organo-silicon compound. It is surface-treated with methylsilane. This product has an average...Vea Mas SILBOND® 600 TST is a surface treated filler that is produced from processed silica sand by iron-free grinding with subsequent air separation and coating with an organo-silicon compound. It is surface-treated with methylsilane. This product has an average grain size of 4 μm. Vea Menos | |
| SILBOND® 800 AST | HPF The Mineral Engineers, a division of Quarzwerke Group | SILBOND® 800 AST is a surface treated filler that is produced from processed silica sand by iron-free grinding with subsequent air separation and coating with an organo-silicon compound. It is surface-treated with aminosilane. This product has an average ...Vea Mas SILBOND® 800 AST is a surface treated filler that is produced from processed silica sand by iron-free grinding with subsequent air separation and coating with an organo-silicon compound. It is surface-treated with aminosilane. This product has an average grain size of 3 μm. Vea Menos |
