Products

Deolink Epoxy TE-100 and Deolink Epoxy TM-100 are reactive bonding and coupling agents which are compatible with a large number of resins, like epoxy, acrylic, urethanes etc. Compared with amino silanes, Deolink Epoxy TE-100 and Deolink Epoxy TM-100 will not cause yellowing and can support the shelf life

DOG Chemie Deolink Amino PH-40 is a 40 %, pre-hydrolysed 3-aminopropyl triethoxy silane in a methanol-free solution. Deolink Amino PH-40 is a ready-to-use primer and improves the adhesion to suitable substrates. Deolink® Amino PH-40 is a versatile primer and an adhesion promoter for amino-reactive resins.

Deolink EH 269 is a synergistic combination of hydrophobing agent and organofunctional silane [3-(2,3-Epoxypropoxy)propyl]trimethoxysilane.

Deolink EH 276 is a synergistic combination of hydrophobing agent and organofunctional silane (Methacryloxypropyltrimethoxysilan).

Deolink Epoxy TE / TE 50 DL are 50% preparations of [3-(2,3-epoxypropoxy)propyl] triethoxysilane, widely compatible with reactive resins such as epoxy, acrylics, polyurethane as well as thermoplastic resins such as polyester or polyamide. Deolink Epoxy TE / TE 50 DL offer improved adhesion to inorganic substrates, especially to glass. In mineral-filled systems, the coupling function of Deolink Epoxy TE / TE 50 DL leads to improved physical properties and better dispersion. Deolink Epoxy TE / TE 50 DL do not form toxic methoxyethanol and will not cause yellowing effects

DOG Chemie Deolink Epoxy TE 50 DL are 50% preparations of [3-(2,3-epoxypropoxy)propyl] triethoxysilane, widely compatible with reactive resins such as epoxy, acrylics, polyurethane as well as thermoplastic resins such as polyester or polyamide. Deolink Epoxy TE / TE 50 DL offer improved adhesion to inorganic substrates, especially to glass. In mineral-filled systems, the coupling function of Deolink Epoxy TE / TE 50 DL leads to improved physical properties and better dispersion. Deolink Epoxy TE / TE 50 DL do not form toxic methoxyethanol and will not cause yellowing effects.

DOG Chemie Deolink Epoxy TM-100 are reactive bonding and coupling agents which are compatible with a large number of resins, like epoxy, acrylic, urethanes etc. Compared with amino silanes, Deolink Epoxy TE-100 and Deolink Epoxy TM-100 will not cause yellowing and can support the shelf life.

Deolink Mercapto TM-100 and Deolink MX-100 are predominantly coupling agents for sulfur cured rubber and polyurethane systems. Deolink MX-100 is a blocked mercaptosilane with a lower odor and longer pot life.

Deolink Methacryl TM-100 (Methacryloxypropyltrimethoxysilane) can be used for sulfur and sulfur-free vulcanization systems. Deolink Methacryl TM-100 improves the processing of the rubber compound as well as mechanical properties of the vulcanizates.

Deolink Methyl TM-100 is mainly used as a hydrophobizing agent for inorganic materials such as mineral fillers, pigments or glass.

Deolink MX is a 50% preparation of Thiocarboxylsilane on a polymer carrier system. The bifunctional sulfur silane is compatible with all elastomers that are suitable for sulfur vulcanization. Deolink MX can be used over a broad temperature range and is – at low dumping temperatures – often more active than conventional TESPT. Deolink MX contains a hindered mercapto group and can be used as an alternative to conventional mercaptosilanes. The protective group is removed during processing, thus releasing the mercaptosilane. Using Deolink MX improves the processing by creating higher scorch safety and preventing the typical mercapto odor. The improved processing leads to higher injection volumes and safer processing.

Deolink MX-100 [Thiocarboxylsilane] is also a bifunctional sulfur silane, suitable for all elastomers which can be cross-linked with sulfur. Deolink MX-100 can be used over a broad temperature range. At low dumping temperatures, Deolink MX-100 is often more efficient than the conventional TESPT. Deolink MX-100 contains a hindered mercapto group and can be used as an alternative to conventional mercaptosilanes. The protective group is removed during processing, releasing a mercaptosilane. When using Deolink MX-100, the processing is improved by increasing the protection against scorch and preventing the typical mercaptane odor. Deolink MX-100 is substantially less scorchy than conventional mercapto- or sulfur silanes. An advantage of this property is that higher injection volumes and improved scorch safety can be achieved.