| Zeocros® CG180 | PQ Corporation | Zeocros® CG180 is zeolite, sodium aluminosilicate. It is a titanium dioxide extender in emulsion paints. | |
| Zeocros® E110 | PQ Corporation | Zeocros® E110 is zeolite and sodium aluminosilicate. It is a titanium dioxide extender in powder coatings. | |
| Microbrite 10 | Micronized Products | Microbrite 10 is a refined and milled crystalline anhydrous sodium potassium aluminium silicate with an oil absorption rate of 21%. This product has been separated, washed, refined, and milled to product a clean, white, low iron content end product. Microbrite 10 is most commonly used as a filler/extender...Vea Mas Microbrite 10 is a refined and milled crystalline anhydrous sodium potassium aluminium silicate with an oil absorption rate of 21%. This product has been separated, washed, refined, and milled to product a clean, white, low iron content end product. Microbrite 10 is most commonly used as a filler/extender in coating applications. Vea Menos | |
| Microbrite 15 | Micronized Products | Microbrite 15 is a refined and milled crystalline anhydrous sodium potassium aluminium silicate with an oil absorption rate of 17%. This product has been separated, washed, refined, and milled to product a clean, white, low iron content end product. Microbrite 15 is most commonly used as a filler/extender...Vea Mas Microbrite 15 is a refined and milled crystalline anhydrous sodium potassium aluminium silicate with an oil absorption rate of 17%. This product has been separated, washed, refined, and milled to product a clean, white, low iron content end product. Microbrite 15 is most commonly used as a filler/extender in coating applications. Vea Menos | |
| Microbrite 5 | Micronized Products | Microbrite 5 is a refined and milled crystalline anhydrous sodium potassium aluminium silicate with an oil absorption rate of 20-22%. This product has been separated, washed, refined, and milled to product a clean, white, low iron content end product. Microbrite 5 is most commonly used as a filler/extender...Vea Mas Microbrite 5 is a refined and milled crystalline anhydrous sodium potassium aluminium silicate with an oil absorption rate of 20-22%. This product has been separated, washed, refined, and milled to product a clean, white, low iron content end product. Microbrite 5 is most commonly used as a filler/extender in coating applications. Vea Menos | |
| Alusil® ET | PQ Corporation | Alusil® ET is a hydrated amorphous synthetic sodium alumino silcate used as a Titanium Dioxide extender in Emulsion Paints. | |
| HESS NCS-3 | Hess Pumice (NCS) Microfine Functional Fillers | HESS NCS-3 is a non-crystalline silica (NCS) made from pure, white pumice. It can be used as a functional filler and extender in paints and coatings. This product is inert, near white, has a pH of 7.2, and has outstanding scrub, burnish, and stain resista...Vea Mas HESS NCS-3 is a non-crystalline silica (NCS) made from pure, white pumice. It can be used as a functional filler and extender in paints and coatings. This product is inert, near white, has a pH of 7.2, and has outstanding scrub, burnish, and stain resistance properties due to the hardness of the particles. Vea Menos | |
| HESS NCS-5 | Hess Pumice (NCS) Microfine Functional Fillers | HESS NCS-5 is a non-crystalline silica (NCS) made from pure, white pumice. It can be used as a functional filler and extender in paints and coatings. This product is inert, near white, has a pH of 7.2, and has outstanding scrub, burnish, and stain resista...Vea Mas HESS NCS-5 is a non-crystalline silica (NCS) made from pure, white pumice. It can be used as a functional filler and extender in paints and coatings. This product is inert, near white, has a pH of 7.2, and has outstanding scrub, burnish, and stain resistance properties due to the hardness of the particles. Vea Menos | |
| HESS NCS-8 | Hess Pumice (NCS) Microfine Functional Fillers | HESS NCS-8 is a non-crystalline silica (NCS) made from pure, white pumice. It can be used as a functional filler and extender in paints and coatings. This product is inert, near white, has a pH of 7.2, and has outstanding scrub, burnish, and stain resista...Vea Mas HESS NCS-8 is a non-crystalline silica (NCS) made from pure, white pumice. It can be used as a functional filler and extender in paints and coatings. This product is inert, near white, has a pH of 7.2, and has outstanding scrub, burnish, and stain resistance properties due to the hardness of the particles. Vea Menos | |
| HESS NCS-10 | Hess Pumice (NCS) Microfine Functional Fillers | HESS NCS-10 is a non-crystalline silica (NCS) made from pure, white pumice. It can be used as a functional filler and extender in paints and coatings. This product is inert, near white, has a pH of 7.2, and has outstanding scrub, burnish, and stain resist...Vea Mas HESS NCS-10 is a non-crystalline silica (NCS) made from pure, white pumice. It can be used as a functional filler and extender in paints and coatings. This product is inert, near white, has a pH of 7.2, and has outstanding scrub, burnish, and stain resistance properties due to the hardness of the particles. Vea Menos | |
| HESS NCS-12 | Hess Pumice (NCS) Microfine Functional Fillers | HESS NCS-12 is a non-crystalline silica (NCS) made from pure, white pumice. It can be used as a functional filler and extender in paints and coatings. This product is inert, near white, has a pH of 7.2, and has outstanding scrub, burnish, and stain resist...Vea Mas HESS NCS-12 is a non-crystalline silica (NCS) made from pure, white pumice. It can be used as a functional filler and extender in paints and coatings. This product is inert, near white, has a pH of 7.2, and has outstanding scrub, burnish, and stain resistance properties due to the hardness of the particles. Vea Menos | |
| HESS NCS-15 | Hess Pumice (NCS) Microfine Functional Fillers | HESS NCS-15 is a non-crystalline silica (NCS) made from pure, white pumice. It can be used as a functional filler and extender in paints and coatings. This product is inert, near white, has a pH of 7.2, and has outstanding scrub, burnish, and stain resist...Vea Mas HESS NCS-15 is a non-crystalline silica (NCS) made from pure, white pumice. It can be used as a functional filler and extender in paints and coatings. This product is inert, near white, has a pH of 7.2, and has outstanding scrub, burnish, and stain resistance properties due to the hardness of the particles. Vea Menos | |
| Minex® 10 | Sibelco | Minex® 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. Imp...Vea Mas Minex® 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 33g/100g. Minex® specialty grades use proprietary processing technologies to produce engineered mineral filler products. Ultra-fine Minex® 10 is especially useful for higher gloss coatings and is the preferred choice for clear systems. Vea Menos | |
| Minex® 2 | Sibelco | Minex® 2 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® 2 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 22.5g/100g. Vea Menos | |
| Minex® 7 | Sibelco | Minex® 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. Impr...Vea Mas Minex® 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 31g/100g. Vea Menos | |
| Tioxsil | Micronized Products | Tioxsil is a super white pigment extender and opacifier. This product is most commonly used to prevent the sagging of paint films and to control the gloss, sheen, or luster within coatings. | |
| RSU - Vermiculite | Micronized Products | RSU - Vermiculite is an asbestos-free vermiculite in a fine powder form. This product is most commonly used as a composite filler in specialty paint formulation applications. | |
| Minex® 12 | Sibelco | Minex® 12 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. Imp...Vea Mas Minex® 12 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 34g/100g. Minex® specialty grades use proprietary processing technologies to produce engineered mineral filler products. Ultra-fine Minex® 12 is especially useful for higher gloss coatings and is the preferred choice for clear systems. Due to its unique light transmission properties, MINEX 12 is particularly well suited for clears, UV and powder coating systems requiring higher gloss and optimum clarity. Vea Menos | |
| Minex® 3 | Sibelco | Minex® 3 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® 3 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 25g/100g. Vea Menos | |
| SILLITIN N 75 | Hoffmann Mineral | SILLITIN N 75 is a natural combination of corpuscular Neuburg Silica and lamellar kaolinite. It is used as a functional filler either on its own or combined with extenders or flatting agents. | |
| 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 | |
| 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. | |
| 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 | |
| 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 | |
| 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 | |
| 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 | |
| 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 | |
| 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 | |
| SILBOND® 800 EST | HPF The Mineral Engineers, a division of Quarzwerke Group | SILBOND® 800 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® 800 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 3 μm. Vea Menos | |
| SILBOND® 800 RST | HPF The Mineral Engineers, a division of Quarzwerke Group | SILBOND® 800 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® 800 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 3 μm. Vea Menos | |
| SILBOND® 800 TST | HPF The Mineral Engineers, a division of Quarzwerke Group | SILBOND® 800 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® 800 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 3 μm. Vea Menos | |
| SILBOND® 126 EST | HPF The Mineral Engineers, a division of Quarzwerke Group | SILBOND® 126 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® 126 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 22 μm. Vea Menos | |
| Minex® EP-315 | Sibelco | Minex® EP-315 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....Vea Mas Minex® EP-315 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. Minex® EP grades have a controlled particle size distribution specifically developed to enhance the flatting of clear and opaque powder and liquid coatings with excellent dispersion characteristics. The controlled top-size lowers process wear while optimizing transparency in clears. Reduced fines content facilitates high solids/low VOC formulating. Minex® fillers are produced from nepheline syenite; a naturally occurring, silica deficient, sodium-potassium alumina silicate. Vea Menos | |
| Minex® S-4 | Sibelco | Minex® S-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. Im...Vea Mas Minex® S-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 21g/100g. Minex® fillers are produced from nepheline syenite; a naturally occurring, silica deficient, sodium-potassium alumina silicate. While the preferred Minex® product is application dependent, coarser grades, such as Minex® S-4, offer cost effective gloss and sheen control and can add texture. Finer Minex® grades are ideally suited for higher gloss coatings and are also the preferred choice for powder and clear paint systems. Vea Menos | |
| AC-67 | Ark (Fogang) Chemicals Industry Co., Ltd. | AC-67 is an β-(3,4-Epoxycyclohexyl) ethyltrimethoxysilane with the chemical structure CH2CH2Si(OCH3)3 and comes as a clear, colorless liquid. Primarily used in the production of adhesives and sealants, AC-67 can be used as an additive to improve acrylic e...Vea Mas AC-67 is an β-(3,4-Epoxycyclohexyl) ethyltrimethoxysilane with the chemical structure CH2CH2Si(OCH3)3 and comes as a clear, colorless liquid. Primarily used in the production of adhesives and sealants, AC-67 can be used as an additive to improve acrylic emulsions as well as used for filler in glass fiber surface treatments. Vea Menos | |
| SILLITIN V 88 | Hoffmann Mineral | SILLITIN V 88 es una combinación natural de sílice amorfa criptocristalina corpuscular y caolinita laminar. Se utiliza como aditivo funcional, solo o en combinación con otros extensores o agentes de mateado. | |
| SILLITIN Z 89 | Hoffmann Mineral | SILLITIN Z 89 es una combinación natural de sílice amorfa criptocristalina corpuscular y caolinita laminar. Se utiliza como aditivo funcional, solo o en combinación con otros extensores o agentes de mateado. | |
| SILLITIN N 85 | Hoffmann Mineral | SILLITIN N 85 es una combinación natural de sílice amorfa criptocristalina corpuscular y caolinita laminar. Se utiliza como aditivo funcional, solo o en combinación con otros extensores o agentes de mateado. | |
| SILLITIN N 87 | Hoffmann Mineral | SILLITIN N 87 es una combinación natural de sílice amorfa criptocristalina corpuscular y caolinita laminar. Se utiliza como aditivo funcional, solo o en combinación con otros extensores o agentes de mateado. | |
| SILLITIN V 85 | Hoffmann Mineral | SILLITIN V 85 es una combinación natural de sílice amorfa criptocristalina corpuscular y caolinita laminar. Se utiliza como aditivo funcional, solo o en combinación con otros extensores o agentes de mateado. | |
| SILLITIN Z 86 | Hoffmann Mineral | SILLITIN Z 86 es una combinación natural de sílice amorfa criptocristalina corpuscular y caolinita laminar. Se utiliza como aditivo funcional, solo o en combinación con otros extensores o agentes de mateado. | |
| SILLIKOLLOID P 87 | Hoffmann Mineral | SILLIKOLLOID P 87 es una combinación natural de sílice amorfa criptocristalina corpuscular y caolinita laminar. Se utiliza como aditivo funcional, solo o en combinación con otros extensores o agentes de mateado. | |
| SILLITIN N 85 PURISS | Hoffmann Mineral | SILLITIN N 85 PURISS es una combinación natural de sílice amorfa criptocristalina corpuscular y caolinita laminar. Se utiliza como aditivo funcional, solo o en combinación con otros extensores o agentes de mateado. | |
| SILLITIN Z 86 PURISS | Hoffmann Mineral | SILLITIN Z 86 PURISS es un aglomerado natural de cuarzo corpuscular y caolinita laminar con muy bajo contenido de residuos de tamizado. Se utiliza como aditivo funcional, solo o en combinación con otros extensores o agentes de mateado. | |
| SILLITIN Z 89 PURISS | Hoffmann Mineral | SILLITIN Z 89 PURISS es una combinación natural de sílice amorfa criptocristalina corpuscular y caolinita laminar. Se utiliza como aditivo funcional, solo o en combinación con otros extensores o agentes de mateado. | |
| AKTIFIT Q | Hoffmann Mineral | AKTIFIT Q is an activated SILFIT Z 91, produced by modifying the surface with a methacrylic silane. The by-products split off during the treatment reaction are largely removed during the production process which firmly attaches the silane to the filler su...Vea Mas AKTIFIT Q is an activated SILFIT Z 91, produced by modifying the surface with a methacrylic silane. The by-products split off during the treatment reaction are largely removed during the production process which firmly attaches the silane to the filler surface. This helps minimize undesirable side effects, which are potentially encountered with in-situ mixing (direct addition of silane to the compound). Vea Menos | |
| SILLIKOLLOID P 87 PURISS | Hoffmann Mineral | SILLIKOLLOID P 87 PURISS es una combinación natural de sílice amorfa criptocristalina corpuscular y caolinita laminar. Se utiliza como aditivo funcional, solo o en combinación con otros extensores o agentes de mateado. | |
| AKTISIL AM | Hoffmann Mineral | AKTISIL AM es un SILLITIN Z 86 activado producido por la modificación de las superficies con silano amino funcional. Se utiliza como aditivo funcional, solo o en combinación con diluyentes o agentes de mateado. | |
| AKTISIL VM 56 | Hoffmann Mineral | AKTISIL VM 56 es un SILLITIN Z 86 activado producido por la modificación de las superficies con silano de vinilo-trietoxi. Se utiliza como aditivo funcional, solo o en combinación con diluyentes o agentes de mateado. | |
| AKTISIL MAM-R | Hoffmann Mineral | AKTISIL MAM-R es un SILLITIN V 85 activado producido por la modificación de las superficies con silano 3-metacril-oxipropil-trimetoxi. Se utiliza como aditivo funcional, solo o en combinación con diluyentes o agentes de mateado. | |
| AKTISIL VM 56/89 | Hoffmann Mineral | AKTISIL VM 56/89 es un SILLITIN Z 89 activo producido por la modificación de las superficies con 3-viniltrietoxi-silano. Se utiliza como relleno funcional, solo o en combinación con diluyentes o agentes de mateado. | |
| AKTISIL MAM | Hoffmann Mineral | AKTISIL MAM es un SILLITIN V 88 activado producido por la modificación de la superficie con silano 3-metacril-oxipropil-trimetoxi. Puede utilizarse como aditivo funcional, solo o en combinación con diluyentes o agentes de mateado. | |
| AKTISIL PF 777 | Hoffmann Mineral | AKTISIL PF 777 es un SILLITIN Z 86 activado producido por la modificación de las superficies con silano alquilo. Se utiliza como aditivo funcional por solo o en combinación con aditivos reológicos y/o agentes de mateado. | |
| AKTIFIT PF 115 | Hoffmann Mineral | AKTIFIT PF 115 is an activated SILFIT Z 91, produced by modifying the surface with a special amino functional silane. The by-products split off during the treatment reac-tion are largely removed during the production process which firmly at-taches the sil...Vea Mas AKTIFIT PF 115 is an activated SILFIT Z 91, produced by modifying the surface with a special amino functional silane. The by-products split off during the treatment reac-tion are largely removed during the production process which firmly at-taches the silane to the filler sur-face. This helps minimize undesira-ble side effects, as they are poten-tially encountered with in situ mix-ing (direct addition of silane to the compound). Vea Menos | |
| Quarzflor® 30 | Minerals Girona S.A. | Quarzflor® 30 es un relleno de sílice de alta pureza de grado medio de brillo para utilizar en pinturas, revestimientos antiácido, adhesivos y caucho. Tiene una absorción de aceite (DOP) de 36 g/100 g y un corte superior de 30 micras. | |
| Quarzflor® 50 | Minerals Girona S.A. | Quarzflor® 50 es un relleno de sílice de alta pureza de grado medio de brillo para utilizar en pinturas, revestimientos antiácido, adhesivos y caucho. Tiene una absorción de aceite (DOP) de 28 g/100 g y un corte superior de 50 micras. | |
| Quarzflor® 80 | Minerals Girona S.A. | Quarzflor® 80 es un relleno de sílice de alta pureza de grado medio de brillo para utilizar en pinturas, revestimientos antiácido, adhesivos y caucho. Tiene una absorción de aceite (DOP) de 26 g/100 g y un corte superior de 80 micras. | |
| AKTIFIT VM | Hoffmann Mineral | AKTIFIT VM es un SILFIT Z 91 activado que puede utilizarse como un aditivo funcional, solo o en combinación con diluyentes o agentes de mateado. Se logran efectos óptimos en sistemas aglutinantes de polimerizado o de curación debido a una reacción iniciad...Vea Mas AKTIFIT VM es un SILFIT Z 91 activado que puede utilizarse como un aditivo funcional, solo o en combinación con diluyentes o agentes de mateado. Se logran efectos óptimos en sistemas aglutinantes de polimerizado o de curación debido a una reacción iniciada radicalmente. Vea Menos | |
| Kaoflor® 20 A | Minerals Girona S.A. | Kaoflor® 20 A es un relleno de aluminio hidrosilicato. Su blancura y baja abrasividad lo convierten en uno de los caolines más destacados, que es adecuado para industrias de pinturas y caucho. Tiene una absorción de aceite de 60 g/100 g y un corte superio...Vea Mas Kaoflor® 20 A es un relleno de aluminio hidrosilicato. Su blancura y baja abrasividad lo convierten en uno de los caolines más destacados, que es adecuado para industrias de pinturas y caucho. Tiene una absorción de aceite de 60 g/100 g y un corte superior de 20 micras. Vea Menos | |
| Kaoflor® 20 B | Minerals Girona S.A. | Kaoflor® 20 B es un relleno de aluminio hidrosilicato. Su blancura y baja abrasividad lo convierten en uno de los caolines más destacados, que es adecuado para industrias de pinturas y caucho. Tiene una absorción de aceite de 60 g/100 g y un corte superio...Vea Mas Kaoflor® 20 B es un relleno de aluminio hidrosilicato. Su blancura y baja abrasividad lo convierten en uno de los caolines más destacados, que es adecuado para industrias de pinturas y caucho. Tiene una absorción de aceite de 60 g/100 g y un corte superior de 20 micras. Vea Menos | |
| Kaoflor® 30 B | Minerals Girona S.A. | Kaoflor® 30 B es un relleno de aluminio hidrosilicato. Su blancura y baja abrasividad lo convierten en uno de los caolines más destacados, que es adecuado para industrias de pinturas y caucho. Tiene una absorción de aceite de 58 g/100 g y un corte superio...Vea Mas Kaoflor® 30 B es un relleno de aluminio hidrosilicato. Su blancura y baja abrasividad lo convierten en uno de los caolines más destacados, que es adecuado para industrias de pinturas y caucho. Tiene una absorción de aceite de 58 g/100 g y un corte superior de 30 micras. Vea Menos | |
| 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...Vea Mas 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. Vea Menos | |
| 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...Vea Mas 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. Vea Menos | |
| 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...Vea Mas 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. Vea Menos | |
| 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...Vea Mas 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. Vea Menos | |
| 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...Vea Mas 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. Vea Menos | |
| 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...Vea Mas 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. Vea Menos | |
| 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...Vea Mas 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. Vea Menos | |
| 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...Vea Mas 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. Vea Menos | |
| 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...Vea Mas 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. Vea Menos | |
| 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...Vea Mas 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. Vea Menos | |
| 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...Vea Mas 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. Vea Menos | |
| 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...Vea Mas 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. Vea Menos | |
| 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,...Vea Mas 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. Vea Menos | |
| 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...Vea Mas 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. Vea Menos | |
| 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, ...Vea Mas 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. Vea Menos | |
| AKTIFIT AM | Hoffmann Mineral | AKTIFIT AM es un SILFIT Z 91 activado producido por la modificación de las superficies con silano amino funcional. Se utiliza como aditivo funcional, solo o en combinación con diluyentes o agentes de mateado. Se obtiene un efecto óptimo en elastómeros pol...Vea Mas AKTIFIT AM es un SILFIT Z 91 activado producido por la modificación de las superficies con silano amino funcional. Se utiliza como aditivo funcional, solo o en combinación con diluyentes o agentes de mateado. Se obtiene un efecto óptimo en elastómeros polares en combinación con azufre o donantes de azufre, amina o sistemas de reticulación bisfenólicos. Puede utilizarse siempre que la alta resistencia a la tracción y el módulo elevado, combinados con muy baja resistencia a la tracción y la deformación por compresión, sean tan importantes como las excelentes propiedades de procesamiento y extrusión. Vea Menos | |
| 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 ...Vea Mas 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. Vea Menos |
