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CYMEL® NF 3041 Allnex CYMEL® NF-3041 resin is a formaldehyde-free, partially n-butylated crosslinking agent supplied in n-butanol. It was designed primarily for use in 2 pack ambient cure solvent-borne conversion varnishes for industrial wood. Systems containing this product e...view more CYMEL® NF-3041 resin is a formaldehyde-free, partially n-butylated crosslinking agent supplied in n-butanol. It was designed primarily for use in 2 pack ambient cure solvent-borne conversion varnishes for industrial wood. Systems containing this product exhibit superior catalyzed pot life relative to typical urea-based conversion varnishes and require significantly less catalyst to effect cure. The resulting coatings have excellent appearance, early hardness, resistance properties, and hot/cold cycle flexibility. view less Request Sample
Disvamine-701 D.S.V. Chemicals Pvt. Ltd. Disvamine-701 is a butylated amino resin. This product is a melamine formaldehyde resin. It can be used in highly-reactive curing agents for stoving paints, roller coatings, and foil inks. It can also be used in mar-proof varnishes and acid-catalyzed w...view more Disvamine-701 is a butylated amino resin. This product is a melamine formaldehyde resin. It can be used in highly-reactive curing agents for stoving paints, roller coatings, and foil inks. It can also be used in mar-proof varnishes and acid-catalyzed wood finishes. view less
CYMEL® NF 3030 Allnex CYMEL® NF-3030 resin is a formaldehyde-free crosslinking agent supplied in water. It was designed primarily for use in 2 component, ambient or forced cure, water-borne conversion varnishes for industrial wood when formulated with VIACRYL® SC 6834w/42WA am...view more CYMEL® NF-3030 resin is a formaldehyde-free crosslinking agent supplied in water. It was designed primarily for use in 2 component, ambient or forced cure, water-borne conversion varnishes for industrial wood when formulated with VIACRYL® SC 6834w/42WA amine-free acrylic emulsion. Resulting formulas exhibit superior catalyzed pot life relative to isocyanate-based conversion varnishes. The resulting coatings have excellent appearance, early hardness, resistance properties, and hot/cold cycle flexibility. view less Request Sample