Tert.-Amyl alcohol special solvent for coatings. Tert.-Amyl alcohol is suitable for two-components (2K) polyurethane coatings (automotive repair coatings, plastic coatings). It increases the pot-life of two-component (2K) coatings.
Tert.-Butylvinylether, t-BVE monomer for copolymers with vinyl chlorides. T-Butyl vinyl groups in polymers can be easily transferred in hydroxyl function (protective group). Copolymers with t-Butyl vinyl ether are used for solvent based anti-corrosion co...view more
Tert.-Butylvinylether, t-BVE monomer for copolymers with vinyl chlorides. T-Butyl vinyl groups in polymers can be easily transferred in hydroxyl function (protective group). Copolymers with t-Butyl vinyl ether are used for solvent based anti-corrosion coating. view less
Tetraglyme (tetraethylene glycol dimethyl ether) is an effective solvent for adhesives and sealants. It has high solvency and dispersancy for many polar polymers, including one- and two-component polyurethanes and epoxies.
TMP (Hydro)® Trimethylol-propane building block for alkyd resins, saturated & unsaturated polyesters, poly-urethanes, additive for waterborne paints and as backbone molecule for alkoxylation. Trimethylolpropane is the most common polyol for different typ...view more
TMP (Hydro)® Trimethylol-propane building block for alkyd resins, saturated & unsaturated polyesters, poly-urethanes, additive for waterborne paints and as backbone molecule for alkoxylation. Trimethylolpropane is the most common polyol for different types of alkyds and branched polyesters, it is easily esterified or transest.
Alkyds and polyesters based on trimethylol-propane are suitable for solventborne paints (stoving enamels, two-component paints, can- & coil coating) and for waterborne paints. view less
Triethylamine anhydrous is a chemical compound which can be used as a catalyst for isocyanate reactions and as a neutralization agent for anionic stabilized waterborne resins. Triethylamine is used as a catalyst for the synthesis of polyurethanes and for ...view more
Triethylamine anhydrous is a chemical compound which can be used as a catalyst for isocyanate reactions and as a neutralization agent for anionic stabilized waterborne resins. Triethylamine is used as a catalyst for the synthesis of polyurethanes and for two-component paints. Triethylamine is suitable as neutralization agent in waterborne paints based on polyesters, alkyds, acrylic resins and polyurethanes containing carboxyl or other acidic groups. Due to excellent water solubility and lack of active hydrogen atoms, triethylamine is often used for the production of water-borne polyurethane dispersions. view less
Triethylenglycol divinyl ether is a reactive diluent for unsaturated polyesters, UV coatings, UV inks, UV adhesives and release coatings. It is a crosslinker for Polyacrylate polymers used as ion exchange resins. It is a building block for sulfur based se...view more
Triethylenglycol divinyl ether is a reactive diluent for unsaturated polyesters, UV coatings, UV inks, UV adhesives and release coatings. It is a crosslinker for Polyacrylate polymers used as ion exchange resins. It is a building block for sulfur based sealant compounds. Triethylenglycol divinyl ether performs low viscosity in UV-coatings, especially in cationic polymerization. No labeling, no risk phrase.
Triethylenglycol divinyl ether is used for UV-coatings (wood, printing inks) and UV adhesives. view less
Triphenylphosphine is a catalyst for epoxy reactions. Triphenylphosphine is used in resin production, e.g. for epoxy modification used in CED-coatings.
Adding XYLEX® Protect with standard cleaning and disinfection protocols to significantly improve the cleanability of surfaces. A single application of XYLEX® Protect helps disinfectants keep high touch surfaces hygienically clean around-the-clock for up t...view more
Adding XYLEX® Protect with standard cleaning and disinfection protocols to significantly improve the cleanability of surfaces. A single application of XYLEX® Protect helps disinfectants keep high touch surfaces hygienically clean around-the-clock for up to five weeks.
XYLEX® Protect Clean Surface Technology has been clinically tested in hospital settings and results showed that it enables more thorough and effective disinfection. This helps maintain low Adenosine Triphosphate (ATP) levels on all high touch surfaces in healthcare environments enabling hospitals to meet strict ATP level standards for five weeks with one application.
This water-based formula is odorless and free of dye, fragrance and harsh chemicals. Available in Wipes or Liquid. view less
Polar silicone utilized in specialty applications where readily swellable materials such as soft rubber have poor dimensional stability in contact with other lubricants.
Polar silicone utilized in specialty applications where readily swellable materials such as soft rubber have poor dimensional stability in contact with other lubricants.
Polar silicone utilized in specialty applications where readily swellable materials such as soft rubber have poor dimensional stability in contact with other lubricants.
Moisture activated silicone RTV containing no fillers. In the presence of atmospheric moisture, a condensation of silicone prepolymers occurs. The system is designed as a physical and moisture barrier for electrical and optical assemblies which can be deb...view more
Moisture activated silicone RTV containing no fillers. In the presence of atmospheric moisture, a condensation of silicone prepolymers occurs. The system is designed as a physical and moisture barrier for electrical and optical assemblies which can be debonded for maintenance. view less
Moisture activated 100% solids silicone RTV. The system is designed as a physical and moisture barrier for electrical and optical assemblies which can be debonded for maintenance.
Moisture activated silicone RTV dispersed in a solution of tetrahydrofuran/dioxane. In the presence of atmospheric moisture, a condensation of silicone prepolymer occurs. The system is designed for wet out and adhesion to polar substrates.
Moisture activated silicone RTV dispersed in odorless hydrocarbon. In the presence of atmospheric moisture, a condensation of silicone prepolymers occurs. Amine byproducts have little or no corrosive effects on most metals, but copper is affected.
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