| 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. | |
| 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 | |
| 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 | |
| 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 | |
| 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 | |
| TREFIL® 1232-400 | HPF The Mineral Engineers, a division of Quarzwerke Group | TREFIL® 1232-400 is a surface-treated filler that is produced from natural Mica (Phlogopite) by iron-free grinding with subsequent air separation and coating with an organo-silicon compound. It is characterized by its distinct flaky structure. This produc...Vea Mas TREFIL® 1232-400 is a surface-treated filler that is produced from natural Mica (Phlogopite) by iron-free grinding with subsequent air separation and coating with an organo-silicon compound. It is characterized by its distinct flaky structure. This product has an average grain size of 44 μm. Vea Menos | |
| TREFIL® 1232-500 | HPF The Mineral Engineers, a division of Quarzwerke Group | TREFIL® 1232-500 is a surface-treated filler that is produced from natural Mica (Phlogopite) by iron-free grinding with subsequent air separation and coating with an organo-silicon compound. It is characterized by its distinct flaky structure. This produc...Vea Mas TREFIL® 1232-500 is a surface-treated filler that is produced from natural Mica (Phlogopite) by iron-free grinding with subsequent air separation and coating with an organo-silicon compound. It is characterized by its distinct flaky structure. This product has an average grain size of 35 μm. Vea Menos | |
| TREFIL® 1232-400 AST | HPF The Mineral Engineers, a division of Quarzwerke Group | TREFIL® 1232-400 AST is a surface-treated filler that is produced from natural Mica (Phlogopite) by iron-free grinding with subsequent air separation and coating with an organo-silicon compound. It is characterized by its distinct flaky structure. This pr...Vea Mas TREFIL® 1232-400 AST is a surface-treated filler that is produced from natural Mica (Phlogopite) by iron-free grinding with subsequent air separation and coating with an organo-silicon compound. It is characterized by its distinct flaky structure. This product is treated with Aminosilane and has an average grain size of 44 μm. Vea Menos | |
| TREFIL® 1313-600 EST/2 | HPF The Mineral Engineers, a division of Quarzwerke Group | TREFIL® 1313-600 EST/2 is a mineral filler that is product 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 industr...Vea Mas TREFIL® 1313-600 EST/2 is a mineral filler that is product 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. TREFIL® 1313-600 EST/2 is especially adapted for the use in 2K-PU high solid systems. Vea Menos | |
| TREFIL® 1232-500 AST/1 | HPF The Mineral Engineers, a division of Quarzwerke Group | TREFIL® 1232-500 AST/1 is a surface-treated filler that is produced from natural Mica (Phlogopite) by iron-free grinding with subsequent air separation and coating with an organo-silicon compound. It is characterized by its distinct flaky structure. This ...Vea Mas TREFIL® 1232-500 AST/1 is a surface-treated filler that is produced from natural Mica (Phlogopite) by iron-free grinding with subsequent air separation and coating with an organo-silicon compound. It is characterized by its distinct flaky structure. This product has a surface treatment designed especially for polyamide, and has an average grain size of 35 μm. 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 | |
| SIKRON® SF6000 | HPF The Mineral Engineers, a division of Quarzwerke Group | SIKRON® SF6000 is a micronized flour produced from processed cristobalite 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 othe...Vea Mas SIKRON® SF6000 is a micronized flour produced from processed cristobalite 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 product has an average grain size of 3.5μm. Vea Menos | |
| Kaolin TEC 100 | HPF The Mineral Engineers, a division of Quarzwerke Group | Kaolin TEC 100 is a phyllosilicate with a particularly high aspect ratio. It has excellent reinforcing properties. This product is available with Aminosilane or Epoxysilane surface treatment. Kaolin TEC 100 has an average grain size of 1.3 μm. | |
| SIKRON® SH300 | HPF The Mineral Engineers, a division of Quarzwerke Group | SIKRON® SH300 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® SH300 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 11μm. Vea Menos | |
| SIKRON® SF300 | HPF The Mineral Engineers, a division of Quarzwerke Group | SIKRON® SF300 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® SF300 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 10μm. Vea Menos | |
| SIKRON® SH500 | HPF The Mineral Engineers, a division of Quarzwerke Group | SIKRON® SH500 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® SH500 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 8μm. Vea Menos | |
| SIKRON® SF500 | HPF The Mineral Engineers, a division of Quarzwerke Group | SIKRON® SF500 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® SF500 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 4μm. Vea Menos | |
| SIKRON® SF800 | HPF The Mineral Engineers, a division of Quarzwerke Group | SIKRON® SF800 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® SF800 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 2μm. Vea Menos | |
| SIKRON® SF 3000 | HPF The Mineral Engineers, a division of Quarzwerke Group | SIKRON® SF3000 is a micronized flour produced from processed cristobalite 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 othe...Vea Mas SIKRON® SF3000 is a micronized flour produced from processed cristobalite 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 product has an average grain size of 6μm. Vea Menos | |
| SIKRON® SF4000 | HPF The Mineral Engineers, a division of Quarzwerke Group | SIKRON® SF4000 is a micronized flour produced from processed cristobalite 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 othe...Vea Mas SIKRON® SF4000 is a micronized flour produced from processed cristobalite 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 product has an average grain size of 5μm. Vea Menos | |
| SIKRON® SF8000 | HPF The Mineral Engineers, a division of Quarzwerke Group | SIKRON® SF8000 is a micronized flour produced from processed cristobalite 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 othe...Vea Mas SIKRON® SF8000 is a micronized flour produced from processed cristobalite 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 product has an average grain size of 2.5μm. Vea Menos | |
| SILMIKRON® 805-10/1 | HPF The Mineral Engineers, a division of Quarzwerke Group | SILMIKRON® 805-10/1 is a product in submicron range based on cristobalite. It is produced by iron-free grinding and it is distinguished by its fineness and its high specific surface. The type of surface treatment is defined by the three-letter code added ...Vea Mas SILMIKRON® 805-10/1 is a product in submicron range based on cristobalite. It is produced by iron-free grinding and it is distinguished by its fineness and its high specific surface. The type of surface treatment is defined by the three-letter code added to the characteristic grain data: AST treated with Aminosilane, EST treated with Epoxysilane, and RST treated with Trimethylsilane. Vea Menos | |
| SILMIKRON® 810-10/1 | HPF The Mineral Engineers, a division of Quarzwerke Group | SILMIKRON® 810-10/1 is a product in submicron range based on fused silica. It is produced by iron-free grinding and it is distinguished by its fineness and its high specific surface. The type of surface treatment is defined by the three-letter code added ...Vea Mas SILMIKRON® 810-10/1 is a product in submicron range based on fused silica. It is produced by iron-free grinding and it is distinguished by its fineness and its high specific surface. The type of surface treatment is defined by the three-letter code added to the characteristic grain data: MST and MST/1 treated with Methacylsilane, and PST/3 is treated with Methacrylsilane, specifically chosen for the system. Vea Menos |
