| Adhesives |
Moisture
initiated crosslinking of resins, improved wet adhesion, improved
chemical resistance, weatherability and filler/resin coupling. |
| Coatings |
Moisture
initiated crosslinking of resins, improved wet adhesion, chemical
and corrosion resistance, weatherability, pigment dispersion
and scrub resistance. |
| Crude Oil |
Extraction
Consolidation of down-hole fines |
| Glass Fibers |
Coupling
of resins with fiber 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 and bettter filler dispersion
in thermoset and thermoplastic resins.
Foundry Coupling of resins with sand for improved foundry
core strength. |
| Polymer Modification |
Moisture-cure
crosslinking to give improved environmental and chemical resistance. |
| Printing |
Inks Improved
adhesion, release and wetting. |
| Rubber and
Elastomers |
Coupling
of resins with minerals for improved composite strength, toughness,
abrasion resistance, rolling resistance, wet electrical properties
and rheology control. |
| Sealants |
Moisture
initiated crosslinking of resins, improved wet adhesion, chemical
resistance, filler dispersion, weatherability and rheology. |
| Textiles |
Altered textile
hand and water repellency, and improved dye receptivity. |
| Thermoplastics |
Moisture
curable XLPE for Wire & Cable and Pipe, Mineral and Pigment
treatment for dispersibility and coupling and reinforcement
coupling for high performance thermoplastics. |
