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Hoffmann Mineral

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Hoffmann Mineral is a manufacturer of Neuburg Siliceous Earth, a natural combination of corpuscular Neuburg Silica and lamellar kaolinite: a loose mixture impossible to separate by physical methods. As a result of natural aging, the silica portion exhibits a round grain shape and consists of aggregated primary particles of about 200 nm diameter. Such a unique structure is responsible for a relatively high specific surface area and oil absorption, which result, besides rheological activity, also in a whole range of application properties. Their manufacturing program includes the standard products Sillitin, Sillikolloid and puriss, the surface-treated Aktisil and the calcined products Silfit and Aktifit.
31 Results
AKTIFIT AM Hoffmann Mineral AKTIFIT AM is an activated SILFIT Z 91, produced by modifying the surface with amino functional silane. It is used as a functional filler either on its own or combined with extenders or matting agents. An optimum effect will be obtained in polar elastomer...view more AKTIFIT AM is an activated SILFIT Z 91, produced by modifying the surface with amino functional silane. It is used as a functional filler either on its own or combined with extenders or matting agents. An optimum effect will be obtained in polar elastomers in combination with sulfur or sulfur donor, amine or bisphenolic crosslinking systems. This product can be used whenever high tensile strength and high modulus, combined with a very low tensile and compression set, are as important as excellent processing and extrusion properties. view less
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...view more 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). view less
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...view more 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). view less
AKTIFIT VM Hoffmann Mineral AKTIFIT VM is an activated SILFIT Z 91 that can be used as a functional filler either on its own or combined with extenders or matting agents. The best effect is achieved in binder systems which polymerize or cure due to a radically initiated reaction.
AKTISIL AM Hoffmann Mineral AKTISIL AM is an activated SILLITIN Z 86, produced by modifying the surface with amino functional silane. Used as a functional filler either on its own or combined with extenders or flatting agents.
AKTISIL MAM Hoffmann Mineral AKTISIL MAM is an activated SILLITIN V 88, produced by modifying the surface with 3-methacryloxypropyl-trimethoxy silane. Can be used as a functional filler either on its own or combined with extenders or flatting agents.
AKTISIL MAM-R Hoffmann Mineral AKTISIL MAM-R is an activated SILLITIN V 85, produced by modifying the surface with 3-methacryloxypropyl-trimethoxy silane. Used as a functional filler either on its own or combined with extenders or flatting agents.
AKTISIL PF 216 Hoffmann Mineral AKTISIL PF 216 is an activated SILLITIN Z 86, produced by modifying the surface with Bis-(3-triethoxy-silylpropyl)-tetrasulfane. Used as a functional filler either on its own or in combination with another non-reinforcing or reinforcing filler.
AKTISIL PF 777 Hoffmann Mineral AKTISIL PF 777 is an activated SILLITIN Z 86, produced by modifying the surface with alkyl silane. Used as a functional filler alone by itself, or in combination with rheological additives and/or flatting agents.
AKTISIL Q Hoffmann Mineral AKTISIL Q is SILLITIN V 90* coated with methacryl silane.
AKTISIL VM 56 Hoffmann Mineral AKTISIL VM 56 is an activated SILLITIN Z 86, produced by modifying the surface with Vinyl-triethoxy silane. Used as a functional filler either on its own or combined with extenders or flatting agents.
AKTISIL VM 56/89 Hoffmann Mineral AKTISIL VM 56/89 is an activated SILLITIN Z 89, produced by modifying the surface with 3-Vinyltriethoxy silane. Used as a functional filler either on its own or combined with extenders or flatting agents.
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, ...view more 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. view less
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.
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 SILLIKOLLOID P 87 is a natural combination of corpuscular Neuburg Silica and lamellar kaolinte. Used as a functional filler either on its own or combined with other extenders or flatting agents.
SILLIKOLLOID P 87 PURISS Hoffmann Mineral SILLIKOLLOID P 87 PURISS is a natural combination of corpuscular Neuburg Silica and lamellar kaolinite. Used as a functional filler either on its own or combined with other extenders or flatting agents.
SILLITIN N 85 Hoffmann Mineral SILLITIN N 85 is a natural combination of corpuscular Neuburg Silica and lamellar kaolinite. Used as a functional filler either on its own or combined with extenders or flatting agents.
SILLITIN N 85 PURISS Hoffmann Mineral SILLITIN N 85 PURISS is a natural combination of corpuscular Neuburg Silica and lamellar kaolinite. Used as a functional filler either on its own or combined with extenders or flatting agents.
SILLITIN N 87 Hoffmann Mineral SILLITIN N 87 is a natural combination of corpuscular Neuburg Silica and lamellar kaolinite. Used as a functional filler either on its own or combined with extenders or flatting agents.
SILLITIN V 85 Hoffmann Mineral SILLITIN V 85 is a natural combination of corpuscular Neuburg Silica and lamellar kaolinite. Used as a functional filler either on its own or combined with extenders or flatting agents.
SILLITIN V 88 Hoffmann Mineral SILLITIN V 88 is a natural combination of corpuscular Neuburg Silica and lamellar kaolinite. Used as a functional filler either on its own or combined with extenders or flatting agents.
SILLITIN Z 86 Hoffmann Mineral SILLITIN Z 86 is a natural combination of corpuscular Neuburg Silica and lamellar kaolinite. Used as a functional filler either on its own or combined with extenders or flatting agents.
SILLITIN Z 86 PURISS Hoffmann Mineral SILLITIN Z 86 PURISS is a natural combination of corpuscular Neuburg Silica and lamellar kaolinite. Used as a functional filler either on its own or combined with extenders or flatting agents.
SILLITIN Z 89 Hoffmann Mineral SILLITIN Z 89 is a natural combination of corpuscular Neuburg Silica and lamellar kaolinite. Used as functional a filler either on its own or combined with extenders or flatting agents.
SILLITIN Z 89 PURISS Hoffmann Mineral SILLITIN Z 89 PURISS is a natural combination of corpuscular Neuburg Silica and lamellar kaolinite. Used as functional a filler either on its own or combined with extenders or flatting agents.
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...view more 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. view less