PRODUCT |
DESCRIPTION |
APPLICATION NOTES |
Clearlink® 1000 |
Aliphatic diamine chain extender for use with aliphatic isocyanates in polyurethane and polyurea |
– Produces tough, UV light-stable polyurethane and polyurea coatings with improved strength and heat resistance
– Can be applied using conventional spray techniques |
Clearlink® 1080 |
Aliphatic diamine chain extender for use with aliphatic isocyanates in polyurethane and polyurea |
– Produces durable, UV light-stable polyurethane and polyurea coatings with improved strength and heat resistance
– Low moisture sensitivity, slower reactivity and compatibility with a wide range of polyols, co-curatives and other polyurethane chemicals
– Can be applied using conventional spray techniques |
Unilink® 1000 series |
Zirconium-based polyurethane catalysts for filled and unfilled cast elastomers |
– Delivers a fast cure profile,similar to tin, to maximize mold productivity in cast elastomers
– Suitable for use with aliphatic and aromatic isocyanates and all polyols
– Unilink 1030 is suitable for color-critical formulations |
Unilink® 2000 series |
Titanium-based polyurethane catalysts for filled and unfilled elastomers |
– Slower, delayed cure profile, similar to mercury, wide formulating window and tailored polyurethane properties
– Suitable for use with a wide variety of isocyanates and primary polyols
– Moisture-tolerant and excellent storage stability in polyols |
Unilink® 4200 |
Aromatic diamine chain extender for flexible polyurethane foams |
– Improved compressive strength, tensile, tear, dimensional stability and load-bearing properties in standard TDI slab-stock foam and high-resilience foam systems
– Reduces foam density and softens cold-molded foam
– Improves mold flow and reduces mold time |
Aromatic diamine chain extender for elastomeric coatings |
– Cures TDI and MDI coating compounds at ambient temperatures.
– Can be applied by spray or pour-and-spread techniques
– Low viscosity improves handling, surface wetting, adhesion and finish |
Product 