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

Deotack 1100 is a tackifying resin.Deotack 1100 is a tackifying resin with an excellent compatibility in different polymers and bonding agents. The product is of a light color and neutral odor.

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.

DOG Chemie Deolink Amino TM-100 are very versatile bounding additives and coupling agents. Both products are applicable for a broad range of amino reactive thermoset and thermoplastic resins.

Deocoat 3607 is fine particle size, surface treated precipitated silica. Deocoat 3607 is characterized by a fine particle size makes it suitable for thin-film coatings. Deocoat 3607 is applicable in pigmented as well as in non-pigmented systems.

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.