Application | Benefits |
Adheisve | Moisture- initiated crosslinking of resin, improve wet adhesion, primerless adhesion to many materials, improved chemical resistance weatherablity and durability |
Coatings & Inks | Moisture- initiated crosslinking of resin, improve wet adhesion, Chemical and corrosion resistance, weatherability, pigment dispersion and scrub resistance |
Fiber Reinforced Composites and Glass Insulation | Coupling of resins with fibers for improved resiliency of insulation batts, better wet strength retention and electrical properties of FRP composites, and improved fiber strand integrity, protection and handling |
Filler Treatment | Improved coupling of resins with fillers, better filler dispersion and Processing ease in thermoset and thermoplastic resins |
Polymer Modification | Moisture-cure crosslinking for improved environmental and Chemical resistance |
Rubber and Elastomers | Coupling of resins with mineral for improved composite strength Toughness, abrasion resistance, rolling resistance, wet electrical properties and rheology control, fewer mixing steps and better Silica dispersion |
Sealants | Moisture-initiated crosslinking of resins, improved adhesion, Chemical resistance, filler dispersion and weatherability |
Thermoplastics | Moisture-curable crosslinked polyethylene for wire & cables and Polyethylene crosslinked (PEX) pipes, mineral and pigment treatment for dispersibility and coupling of resins with fillers in high performance thermoplastics |
Tires | Coupling silica in tire compounds to improve the rolling resistance traction and wear. New generation silanes may facilitate higher-efficiency tire manufacturing while enhancing tire performance |
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