Products

AP4406L is a modified aliphatic amine hardener used with liquid epoxy resin based systems at ambient as well as low temperature.

Cotin® 228 W/Xylene is a liquid organotin carboxylate catalyst recommended for use in room temperature vulcanised (RTV) silicone systems and polyurethane foams and elastomers. Cotin® 228 W/Xylene should be considered a “moderate to rapid” catalyst, for relatively faster cure. It does not utilize acetic acid in its manufacture, and therefore, does not have the odor or corrosiveness normally associated with organotin acetates.

D.E.H.® 613 is a Mannich base curing agent suitable curing above 0°C. It can be used with unmodified epoxy resins when good water and chemical resistance are required. It can also be used as an accelerator of other amines and polyamides.

D.E.H.® 561 curing agent is a very low viscosity formulated modified cycloaliphatic amine with low color, specially designed for use in high solid coatings, self leveling and screed floors.

D.E.H.® 622 is an modified amine curing agent for epoxy resins.

AP 5555 is a low viscosity, accelerated modified amidoamine hardener for epoxy resins based lacquers and coatings.

Protectosil® WS 808 is an oligomeric propyl siliconate/silicate concentrate as water-repellent and consolidant for mineral substrates.

AP 4406 is modified aliphatic amine hardener used with liquid epoxy resin based systems at ambient as well as low temperature.

D.E.H.® 485 curing agent was designed for flooring applications to provide excellent durability and performance, along with an optimal environmental profile. The hardener offers long pot life and fast curing for excellent chemical and abrasion resistance in multi- layer flooring applications.

Cotin® 280 is a liquid organotin carboxylate catalyst recommended for use in room temperature vulcanised (RTV) silicone systems and polyurethane foams and elastomers. Cotin® 280 should be considered a “moderate to rapid” catalyst, for relatively faster cure. It does not utilize acetic acid in its manufacture, and therefore, does not have the odor or corrosiveness normally associated with organotin acetates. Cotin 280 should be used at an equal active weight basis as dibutyltin diacetate.