Neoproof PU Fast -30 13kg

Fast-drying water-based aliphatic polyurethane waterproofing coating for roofs, with resistance to early rain and to extremely low temperatures

Thanks to its unique formula and unlike the products of an organic base (solvent) on the surface of Neoproof PU W are no bubbles formed (CO2), which would lead to violation of the tightness of the resulting membrane.

Neoproof PU Fiber

High grade polyurethane waterproofing water-based for roofs with high mechanical resistance and exceptional waterproofing characteristics.Makes waterproof film with high mechanical and UV resistance.

Thanks to its unique formula and unlike the products of an organic base (solvent) on the surface of Neoproof PU W are no bubbles formed (CO2), which would lead to violation of the tightness of the resulting membrane.

Neodur®

Description

Highly resistant polyurethane 2-component UV paint for exterior surfaces of wood, metal, concrete and polyester.
 

Fields of application

Neodur is a two component, polyurethane top coat paint, cured with aliphatic polyisocyanates. It is a finish coat which exhibits high strength, abrasion resistance and durability against petroleum products, sea water and UV radiation. Recommended to use as top coat paint in tanks, petrochemical industry and marine applications. It has strong adhesion, excellent hardness and long lasting durability against weathering.

Neodur® Varnish

Neodur® Varnish is a two component, acrylic-polyurethane clear varnish, cured with aliphatic polyisocyanates. It contains UV filters. It is suitable for the protection of cement based surfaces, such as decorative cement screed

Neoproof PU W - real price per m2 of 12,92lv
 

High grade polyurethane waterproofing water-based for roofs with high mechanical resistance and exceptional waterproofing characteristics.Makes waterproof film with high mechanical and UV resistance.

Thanks to its unique formula and unlike the products of an organic base (solvent) on the surface of Neoproof PU W are no bubbles formed (CO2), which would lead to violation of the tightness of the resulting membrane.