| AKTIFIT AM | Hoffmann Mineral | AKTIFIT AM是一種激活的SILFIT Z 91，對氨基官能團硅烷進行了表面改性。作為一種功能填料，既可以單獨使用，也可結合其它填料或消光劑使用。結合產生硫磺或硫磺的基團，氨基或雙酚交聯體系可使極性彈性體取得最佳效果。可用於需要高抗張強度和高模量以及非常低的拉伸和壓縮形變的場合，兼顧出色的加工和擠出性能 | |
| AKTIFIT PF 111 | Hoffmann Mineral | AKTIFIT PF 111 is a calcined product, treated with alkyl silane. It is recommended for electrophoretic coatings, corrosion protection coatings, plastic primers, and interior dispersion paints. | |
| 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...展開 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). 收起 | |
| 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...展開 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). 收起 | |
| AKTIFIT VM | Hoffmann Mineral | AKTIFIT VM是一種激活的SILFIT Z 91。作為一種功能填料，既可以單獨使用，也可結合其它填料或消光劑使用。用於通過自由基引發反應進行聚合的基料體系可獲得最佳效果。 | |
| AKTISIL AM | Hoffmann Mineral | 用氨基硅烷進行表面處理的活化SILLITIN Z 86。作為功能性填充料，可單獨或與流變助劑和/或消光劑共同使用。 | |
| AKTISIL MAM | Hoffmann Mineral | 用甲基丙烯酸硅烷進行表面處理的活化SILLITIN Z 88。作為功能性填充料，可單獨或與流變助劑和/或消光劑共同使用 。 | |
| AKTISIL MAM-R | Hoffmann Mineral | 用甲基丙烯酸硅烷進行表面處理的活化SILLITIN Z 85。作為功能性填充料，可單獨或與流變助劑和/或消光劑共同使用 。 | |
| AKTISIL PF 216 | Hoffmann Mineral | 活化的SILLITIN Z 86，通過雙-(3-三乙氧基-硅丙基)-四硫烷改性表面制備。可單獨或結合其他非增強或增強填充料一起用作功能填料 | |
| AKTISIL PF 777 | Hoffmann Mineral | 活性SILLITIN Z 86，採用烷基硅烷對表面進行改性制得。反應過程中分離出來的副產品大部分都通過生產工藝被祛除，這些副產品使硅烷牢固地吸附在填料的表面。這一點有助於最大限度地減少不需要的副作用，因為它們可能與原位混合(硅烷直接添加到混合物中)發生沖突。 | |
| AKTISIL Q | Hoffmann Mineral | AKTISIL Q is SILLITIN V 90* coated with methacryl silane. | |
| AKTISIL VM 56 | Hoffmann Mineral | 用乙烯基硅烷進行表面處理的活化SILLITIN Z 86。作為功能性填充料，可單獨或與流變助劑和/或消光劑共同使用 。 | |
| AKTISIL VM 56/89 | Hoffmann Mineral | AKTIFIT VM 56/89是一種激活的SILFIT Z 89，對3-乙烯三乙氧基硅烷進行了表面改性。作為一種功能填料，既可以單獨使用，也可結合其它填料或消光劑使用。 | |
| CS-200 | Glassfillers.com (A unit of Vitrominerals Inc.) | CS-200, glass powder, is a well-designed extender and glass filler made from 100% recycled glass. It is a white to off-white colored powder with an even particle size distribution. Scanning electron microscopy and X-ray diffraction endorse that the CS Gla...展開 CS-200, glass powder, is a well-designed extender and glass filler made from 100% recycled glass. It is a white to off-white colored powder with an even particle size distribution. Scanning electron microscopy and X-ray diffraction endorse that the CS Glass powder contains no crystalline silica and is fully amorphous. CS-200 deals clean post-consumer filler for polymer-based systems where the uppermost brightness is not essential. The filler imparts chemical stability and admirable abrasion resistance to coatings and other polymer systems. CS-200 has a specific gravity of 2.5, a bulk density of 63 lb/ft3, a hegman value of 2, a pH of 10 to 11, a refractive index of 1.56, and a brightness of 78 to 83. 收起 | |
| CS-325 | Glassfillers.com (A unit of Vitrominerals Inc.) | CS-325, glass powder, is a well-designed extender and glass filler made from 100% recycled glass. It is a white to off-white colored powder with an even particle size distribution. Scanning electron microscopy and X-ray diffraction endorse that the CS Gla...展開 CS-325, glass powder, is a well-designed extender and glass filler made from 100% recycled glass. It is a white to off-white colored powder with an even particle size distribution. Scanning electron microscopy and X-ray diffraction endorse that the CS Glass powder contains no crystalline silica and is fully amorphous. CS-325 deals clean post-consumer filler for polymer-based systems where the uppermost brightness is not essential. The filler imparts chemical stability and admirable abrasion resistance to coatings and other polymer systems. CS-325 has a specific gravity of 2.5, a bulk density of 60 lb/ft3, a hegman value of 3, a pH of 10 to 11, a refractive index of 1.56, and a brightness of 80 to 85. 收起 | |
| CS-400 | Glassfillers.com (A unit of Vitrominerals Inc.) | CS-400, glass powder, is a well-designed extender and glass filler made from 100% recycled glass. It is a white to off-white colored powder with an even particle size distribution. Scanning electron microscopy and X-ray diffraction endorse that the CS Gla...展開 CS-400, glass powder, is a well-designed extender and glass filler made from 100% recycled glass. It is a white to off-white colored powder with an even particle size distribution. Scanning electron microscopy and X-ray diffraction endorse that the CS Glass powder contains no crystalline silica and is fully amorphous. CS-400 deals clean post-consumer filler for polymer-based systems where the uppermost brightness is not essential. The filler imparts chemical stability and admirable abrasion resistance to coatings and other polymer systems. CS-400 has a specific gravity of 2.5, a bulk density of 50 lb/ft3, a hegman value of 4 to 5, a pH of 10 to 11, a refractive index of 1.56, and a brightness of 85 to 90. 收起 | |
| GLOXIL iM16k A | Hoffmann Mineral | GLOXIL iM16k A is based on hollow glass microspheres from 3M, this product brings further improvements in plastics where weight reduction is an important issue thanks to its surface modification. | |
| GLOXIL iM16k MAM | Hoffmann Mineral | GLOXIL iM16k MAM is a micro hollow glass sphere whose surface has been modified with a special methacrylic functional group. The process parameters are selected in such a way that, on one hand, anchoring to the surface takes place and, on the other hand, ...展開 GLOXIL iM16k MAM is a micro hollow glass sphere whose surface has been modified with a special methacrylic functional group. The process parameters are selected in such a way that, on one hand, anchoring to the surface takes place and, on the other hand, released by-products are removed as far as possible during production. Undesirable by-products, such as occur during in-situ mixing, are therefore practically completely prevented. 收起 | |
| GLOXIL SF 91 A | Hoffmann Mineral | GLOXIL SF 91 A is a hybrid filler made of fiber and Neuburg Siliceous Earth with subsequent modification produces very good properties in plastics where a good mix of rigidity and flexibility is required. | |
| GLOXIL WW SL | Hoffmann Mineral | GLOXIL WW SL is an aqueous dispersion based on modified silica for use in matt water-based coatings improves incorporation, transparency and resistance. | |
| LA-300 | Glassfillers.com (A unit of Vitrominerals Inc.) | LA-300, a glass powder, is an oxide that is combined in an amorphous state in a calcium aluminosilicate glass. Under a microscope, LA Glass powder particles are transparent, angular-shaped, with like dimensions in the x, y and z axis. X-ray diffraction an...展開 LA-300, a glass powder, is an oxide that is combined in an amorphous state in a calcium aluminosilicate glass. Under a microscope, LA Glass powder particles are transparent, angular-shaped, with like dimensions in the x, y and z axis. X-ray diffraction and scanning electron microscopy indorses that the LA Glass calcium aluminosilicate powders contain no crystalline silica and are fully amorphous. LA Glass powders improve a wide range of plastics, paints, adhesives, and coatings. Stain/scrub resistance, tint retention, and high consistent brightness can be attained in most coating and paint systems. LA Glass powders can be effortlessly dispersed in solvent- or water- based systems and has low oil absorption (22). LA-300 has a specific gravity of 2.45, a bulk density of 50 lb/ft3, a pH of 10.5, and a refractive index of 1.47 to 1.51. 收起 | |
| LA-350 | Glassfillers.com (A unit of Vitrominerals Inc.) | LA-350, a high brightness glass powder, is an oxide that is combined in an amorphous state in a calcium aluminosilicate glass. Under a microscope, LA Glass powder particles are transparent, angular-shaped, with like dimensions in the x, y and z axis. X-ra...展開 LA-350, a high brightness glass powder, is an oxide that is combined in an amorphous state in a calcium aluminosilicate glass. Under a microscope, LA Glass powder particles are transparent, angular-shaped, with like dimensions in the x, y and z axis. X-ray diffraction and scanning electron microscopy indorses that the LA Glass calcium aluminosilicate powders contain no crystalline silica and are fully amorphous. LA Glass powders improve a wide range of plastics, paints, adhesives, and coatings. Stain/scrub resistance, tint retention, and high consistent brightness can be attained in most coating and paint systems. LA Glass powders can be effortlessly dispersed in solvent- or water- based systems and has low oil absorption (23). LA-350 has a specific gravity of 2.45, a bulk density of 50 lb/ft3, a pH of 10.5, and a refractive index of 1.47 to 1.51. 收起 | |
| LA-400 | Glassfillers.com (A unit of Vitrominerals Inc.) | LA-400, a glass powder, is an oxide that is combined in an amorphous state in a calcium aluminosilicate glass. Under a microscope, LA Glass powder particles are transparent, angular-shaped, with like dimensions in the x, y and z axis. X-ray diffraction an...展開 LA-400, a glass powder, is an oxide that is combined in an amorphous state in a calcium aluminosilicate glass. Under a microscope, LA Glass powder particles are transparent, angular-shaped, with like dimensions in the x, y and z axis. X-ray diffraction and scanning electron microscopy indorses that the LA Glass calcium aluminosilicate powders contain no crystalline silica and are fully amorphous. LA Glass powders improve a wide range of plastics, paints, adhesives, and coatings. Stain/scrub resistance, tint retention, and high consistent brightness can be attained in most coating and paint systems. LA Glass powders can be effortlessly dispersed in solvent- or water- based systems and has low oil absorption (24). LA-400 has a specific gravity of 2.45, a bulk density of 45 lb/ft3, a pH of 10.5, and a refractive index of 1.47 to 1.51. 收起 | |
| LA-500 | Glassfillers.com (A unit of Vitrominerals Inc.) | LA-500, a high brightness glass powder, is an oxide that is combined in an amorphous state in a calcium aluminosilicate glass. Under a microscope, LA Glass powder particles are transparent, angular-shaped, with like dimensions in the x, y and z axis. X-ra...展開 LA-500, a high brightness glass powder, is an oxide that is combined in an amorphous state in a calcium aluminosilicate glass. Under a microscope, LA Glass powder particles are transparent, angular-shaped, with like dimensions in the x, y and z axis. X-ray diffraction and scanning electron microscopy indorses that the LA Glass calcium aluminosilicate powders contain no crystalline silica and are fully amorphous. LA Glass powders improve a wide range of plastics, paints, adhesives, and coatings. Stain/scrub resistance, tint retention, and high consistent brightness can be attained in most coating and paint systems. LA Glass powders can be effortlessly dispersed in solvent- or water- based systems and has low oil absorption (25). LA-500 has a specific gravity of 2.5, a bulk density of 45 lb/ft3, a pH of 10.5, and a refractive index of 1.51. 收起 | |
| LA-600 | Glassfillers.com (A unit of Vitrominerals Inc.) | LA-600, a high brightness glass powder, is an oxide that is combined in an amorphous state in a calcium aluminosilicate glass. Under a microscope, LA Glass powder particles are transparent, angular-shaped, with like dimensions in the x, y and z axis. X-ra...展開 LA-600, a high brightness glass powder, is an oxide that is combined in an amorphous state in a calcium aluminosilicate glass. Under a microscope, LA Glass powder particles are transparent, angular-shaped, with like dimensions in the x, y and z axis. X-ray diffraction and scanning electron microscopy indorses that the LA Glass calcium aluminosilicate powders contain no crystalline silica and are fully amorphous. LA Glass powders improve a wide range of plastics, paints, adhesives, and coatings. Stain/scrub resistance, tint retention, and high consistent brightness can be attained in most coating and paint systems. LA Glass powders can be effortlessly dispersed in solvent- or water- based systems and has low oil absorption (27). LA-600 has a specific gravity of 2.5, a bulk density of 43 lb/ft3, a pH of 10.5, and a refractive index of 1.51. 收起 | |
| LA-700 | Glassfillers.com (A unit of Vitrominerals Inc.) | LA-700, a high brightness glass powder, is an oxide that is combined in an amorphous state in a calcium aluminosilicate glass. Under a microscope, LA Glass powder particles are transparent, angular-shaped, with like dimensions in the x, y and z axis. X-ra...展開 LA-700, a high brightness glass powder, is an oxide that is combined in an amorphous state in a calcium aluminosilicate glass. Under a microscope, LA Glass powder particles are transparent, angular-shaped, with like dimensions in the x, y and z axis. X-ray diffraction and scanning electron microscopy indorses that the LA Glass calcium aluminosilicate powders contain no crystalline silica and are fully amorphous. LA Glass powders improve a wide range of plastics, paints, adhesives, and coatings. Stain/scrub resistance, tint retention, and high consistent brightness can be attained in most coating and paint systems. LA Glass powders can be effortlessly dispersed in solvent- or water- based systems and has low oil absorption (28). LA-700 has a specific gravity of 2.5, a bulk density of 40 lb/ft3, a pH of 10.5, and a refractive index of 1.51. 收起 | |
| LA-800 | Glassfillers.com (A unit of Vitrominerals Inc.) | LA-800, a high brightness glass powder, is an oxide that is combined in an amorphous state in a calcium aluminosilicate glass. Under a microscope, LA Glass powder particles are transparent, angular-shaped, with like dimensions in the x, y and z axis. X-ra...展開 LA-800, a high brightness glass powder, is an oxide that is combined in an amorphous state in a calcium aluminosilicate glass. Under a microscope, LA Glass powder particles are transparent, angular-shaped, with like dimensions in the x, y and z axis. X-ray diffraction and scanning electron microscopy indorses that the LA Glass calcium aluminosilicate powders contain no crystalline silica and are fully amorphous. LA Glass powders improve a wide range of plastics, paints, adhesives, and coatings. Stain/scrub resistance, tint retention, and high consistent brightness can be attained in most coating and paint systems. LA Glass powders can be effortlessly dispersed in solvent- or water- based systems and has low oil absorption (29). LA-800 has a specific gravity of 2.5, a bulk density of 35 lb/ft3, a pH of 10.5, and a refractive index of 1.51. 收起 | |
| Pyrogenic Silica RS-50 | Glassfillers.com (A unit of Vitrominerals Inc.) | Pyrogenic Silica RS-50 is a hydrophilic, 100% recycled synthetic, fully X-ray amorphous silica, produced by flame hydrolysis. It is a white, submicron-sized powder of great purity and a surface area of 20 to 50 m2/g. RS-50 is effective as a thixotropic r...展開 Pyrogenic Silica RS-50 is a hydrophilic, 100% recycled synthetic, fully X-ray amorphous silica, produced by flame hydrolysis. It is a white, submicron-sized powder of great purity and a surface area of 20 to 50 m2/g. RS-50 is effective as a thixotropic rheology control and thickening agent in many polymer systems, such as unsaturated polyesters, adhesives, sealants, coatings, printing inks, etc. It can be used as active strengthening filler in silicone-elastomers and elastomers. Pyrogenic Silica RS-50 has a specific gravity of 2.2, a bulk density of 23 to 25 lb/ft3 vibrated, oil absorption of 65 g/100g, a pH of 6.0 (4% dispersion in water), a refractive index of 1.46, and a softening temperature of ~1600 °C. 收起 | |
| 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. | |
| SILLIKOLLOID P 87 | Hoffmann Mineral | 微粒石英、隱晶質、無定形二氧化硅和片狀高嶺石的天然凝聚物。 作為功能性填充料，可單獨或與填充劑或消光劑共同使用。 | |
| SILLIKOLLOID P 87 PURISS | Hoffmann Mineral | 微粒石英、隱晶質、無定形二氧化硅和片狀高嶺石的天然凝聚物。 作為功能性填充料，可單獨或與填充劑或消光劑共同使用。 | |
| SILLITIN N 85 | Hoffmann Mineral | 微粒石英、隱晶質、無定形二氧化硅和片狀高嶺石的天然凝聚物。 作為功能性填充料，可單獨或與填充劑或消光劑共同使用。 | |
| SILLITIN N 85 PURISS | Hoffmann Mineral | 微粒石英、隱晶質、無定形二氧化硅和片狀高嶺石的天然凝聚物。 作為功能性填充料，可單獨或與填充劑或消光劑共同使用。 | |
| SILLITIN N 87 | Hoffmann Mineral | 微粒石英、隱晶質、無定形二氧化硅和片狀高嶺石的天然凝聚物。 作為功能性填充料，可單獨或與填充劑或消光劑共同使用。 | |
| SILLITIN V 85 | Hoffmann Mineral | 微粒石英、隱晶質、無定形二氧化硅和片狀高嶺石的天然凝聚物。 作為功能性填充料，可單獨或與填充劑或消光劑共同使用。 | |
| SILLITIN V 88 | Hoffmann Mineral | 微粒石英、隱晶質、無定形二氧化硅和片狀高嶺石的天然凝聚物。 作為功能性填充料，可單獨或與填充劑或消光劑共同使用。 | |
| SILLITIN Z 86 | Hoffmann Mineral | 微粒石英、隱晶質、無定形二氧化硅和片狀高嶺石的天然凝聚物。 作為功能性填充料，可單獨或與填充劑或消光劑共同使用。 | |
| SILLITIN Z 86 PURISS | Hoffmann Mineral | 微粒石英、隱晶質、無定形二氧化硅和片狀高嶺石的天然凝聚物。 作為功能性填充料，可單獨或與填充劑或消光劑共同使用。 | |
| SILLITIN Z 89 | Hoffmann Mineral | 微粒石英、隱晶質、無定形二氧化硅和片狀高嶺石的天然凝聚物。 作為功能性填充料，可單獨或與填充劑或消光劑共同使用。 | |
| SILLITIN Z 89 PURISS | Hoffmann Mineral | 微粒石英、隱晶質、無定形二氧化硅和片狀高嶺石的天然凝聚物。 作為功能性填充料，可單獨或與填充劑或消光劑共同使用。 | |
| Struktosil 45 AM | Hoffmann Mineral | Struktosil 45 AM is a modified fine talc grade for use in elastomers and coatings. It improves in particular the barrier effect. | |
| STRUKTOSIL 45 MAM | Hoffmann Mineral | STRUKTOSIL 45 MAM is a special activated talc, produced by modifying the surface with a methacrylic functional group. The process parameters are selected in such a way that, on the one hand, anchoring to the surface takes place and, on the other hand, rel...展開 STRUKTOSIL 45 MAM is a special activated talc, produced by modifying the surface with a methacrylic functional group. The process parameters are selected in such a way that, on the one hand, anchoring to the surface takes place and, on the other hand, released by-products are removed as far as possible during production. Undesirable byproducts, such as occur during in situ mixings (i.e. during the direct addition of the additives), are therefore practically completely prevented and the material improves its hydrophobic properties. 收起 | |
| WhiteLite™ WL-32 | Glassfillers.com (A unit of Vitrominerals Inc.) | WhiteLite™ WL-32 Lightweight Mineral Powder, is great in brightness, synthetic aluminosilicate product for extender applications and high performance filler. With a specific gravity of 2.46, WhiteLite™ engineered powders are 10 to 17% lighter in weight th...展開 WhiteLite™ WL-32 Lightweight Mineral Powder, is great in brightness, synthetic aluminosilicate product for extender applications and high performance filler. With a specific gravity of 2.46, WhiteLite™ engineered powders are 10 to 17% lighter in weight than traditional naturally mined mineral fillers, which permits larger volumetric extension when used in plastics and coatings. WL-32 improves a wide range of plastics, paints, adhesives, and coatings. Great reliable brightness, stain/scrub resistance, and tint retention can be accomplished in most coating and paint systems. WL-32 has a bulk density of 50 lb/ft3, oil absorption of 22, a pH of 7 ± 1, a refractive index of 1.5, a hegman value of 4, and a brightness of 90 to 91 photovolt Y value. 收起 | |
| WL-42 | Glassfillers.com (A unit of Vitrominerals Inc.) | WL-42, WhiteLite™ Lightweight Mineral Powder, is great in brightness, synthetic aluminosilicate product for extender applications and high performance filler. With a specific gravity of 2.46, WhiteLite™ engineered powders are 10 to 17% lighter in weight t...展開 WL-42, WhiteLite™ Lightweight Mineral Powder, is great in brightness, synthetic aluminosilicate product for extender applications and high performance filler. With a specific gravity of 2.46, WhiteLite™ engineered powders are 10 to 17% lighter in weight than traditional naturally mined mineral fillers, which permits larger volumetric extension when used in plastics and coatings. WL-42 improves a wide range of plastics, paints, adhesives, and coatings. Great reliable brightness, stain/scrub resistance, and tint retention can be accomplished in most coating and paint systems. WL-42 has a bulk density of 40 lb/ft3, oil absorption of 25, a pH of 7 ± 1, a refractive index of 1.5, a hegman value of 2, and a brightness of 90 to 91 photovolt Y value. 收起 | |
| 1K STP-U Adhesive (Formulation #BBB 7006 [01/16]) | Hoffmann Mineral | This adhesive features SILLITIN Z 86. | |
| 1K STP-U Adhesive (Formulation #BBB 7372 [01/16]) | Hoffmann Mineral | This adhesive features SILLITIN Z 86. | |
| 1K STP-U Adhesive, High Strength (Formulation #V44426.1) | Hoffmann Mineral | This high strength adhesive features SILFIT Z 91, AKTIFIT PF 115, or AKTIFIT PF 111. | |
| 2K Epoxy Industrial Flooring (Formulation #RRS 2172) | Hoffmann Mineral | This self-leveling, water-borne industrial flooring features SILLITIN Z 89. | |
| 2K Polysulfide Coating (Formulation #V 44417.0 [1]) | Hoffmann Mineral | This coating formulation features SILLITIN V 85. | |
| 2K-Epoxy Industrial Flooring (Formulation #V 44422.2 [13]) | Hoffmann Mineral | This epoxy industrial flooring is self-leveling, with good pigment stability. It features SILLITIN Z 86. | |
| 2K-Polyaspartic Floor Coat (Formulation #WKHB 512/1) | Hoffmann Mineral | This tough floor coating is self-leveling and solvent-free. It features SILLITIN Z 86. | |
| 2K-Polyaspartic Floor Coat (Formulation #WKHB 512/2) | Hoffmann Mineral | This flooring flex coat is self-leveling and solvent-free. It features SILLITIN Z 86. | |
| 2K-PU Coating, Elastic (Formulation #V 44414.0 [1]) | Hoffmann Mineral | This 2K-PU Coating features SILLITIN Z 86. | |
| 2K-PU Coating with Polybutadiene Polyol Elastic, with High Resilience (Formulation #2119) | Hoffmann Mineral | This high resilience 2K-PU coating with polybutadiene polyol elastic features SILLITIN Z 86. | |
| 2K-PU Coating with Polybutadiene Polyol Elastic, with High Resilience (Formulation #2151) | Hoffmann Mineral | This high resilience 2K-PU coating with polybutadiene polyol elastic features SILLITIN Z 86. | |
| 2K-PU Coating with Polybutadiene Polyol Elastic, with High Resilience (Formulation #2161) | Hoffmann Mineral | This high resilience 2K-PU coating with polybutadiene polyol elastic features SILLITIN Z 86. | |
| 2K-PU Flooring (Formulation #V 44409.0) | Hoffmann Mineral | This 2K-PU Flooring is flexible, self-leveling, and solvent-free. It features SILLITIN Z 86. | |
| 2K-PU Joint Sealant for Floor Joints, Pourable (Formulation #V 44403.0 [1]) | Hoffmann Mineral | This joint sealer for floors features SILLITIN Z 86. | |
| 2K-PU Joint Sealant for Floor Joints, Pourable (Formulation #V 44403.0 [2]) | Hoffmann Mineral | This joint sealer for floors features SILLITIN Z 86. | |
| 2K-PU Joint Sealant, Pourable Good Chemical Resistance (Formulation #RRS 2067) | Hoffmann Mineral | This joint sealant features SILLITIN Z 86. | |
| 2K-PU Joint Sealant with Polybutadiene Polyol (Formulation #V 44416.0) | Hoffmann Mineral | This joint sealant features SILLITIN Z 86. | |
| 2K-PU Membrane and Joint Sealant Compound (Formulation #V 24403.0 [1]) | Hoffmann Mineral | This membrane and joint sealant compound features SILLITIN Z 86. | |
| Adhesive based on MS Polymer™, High Strength | Hoffmann Mineral | This adhesive can feature SILFIT Z 91, AKTIFIT VM, AKTIFIT AM, or AKTIFIT PF 115. | |
| Adhesive Based on Silane-Terminated Polyether, High Strength (Formulation #V44303.2A) | Hoffmann Mineral | This adhesive based on silane-terminated polyether features SILLITIN V 85, SILFIT Z 91, or AKTIFIT VM. | |
| Adhesive Based on Silane-Terminated Polyether, High Strength (Formulation #V44303.2C) | Hoffmann Mineral | This adhesive is based on silane-terminated polyether and provides maximum strength. It features SILLITIN V 85, SILFIT Z 91 or AKTIFIT VM. | |
| Economic Parquet Adhesive (Formulation #V44303.2B) | Hoffmann Mineral | This economic parquet adhesive meets the requirements of DIN EN 14293 for “soft” adhesives. It features SILLITIN V 85, SILLITIN Z 86 or PURISS SILFIT Z 91. | |
| Elastic Adhesive Based on MS Polymer™ (Formulation #V 44423.1B) | Hoffmann Mineral | This elastic adhesive features SILLITIN Z 86. | |
| Epoxy Hot Melt Adhesive (Formulation #RRS 2110) | Hoffmann Mineral | This epoxy hot melt adhesive features SILLITIN V 85. | |
| Mounting Adhesive, Polyester-acrylic Based (Formulation #RRS 2203) | Hoffmann Mineral | This mounting adhesive features AKTISIL VM 56. | |
| Non-Sagging Parquet Adhesive Based on MS Polymer™ (Formulation #V 44424.2) | Hoffmann Mineral | This parquet adhesive is non-sagging and features SILLITIN Z 86 or SILLITIN V 85. | |
| Polychloroprene Adhesive (Formulation #RRS 2202) | Hoffmann Mineral | This polychloroprene adhesive SILLITIN Z 86 PURISS or AKTISIL PF 777. | |
| Sealant based on MS Polymer™ (Formulation #V 44423.1A) | Hoffmann Mineral | This sealant features SILLITIN Z 86. |
