RESYDROL® AF 502W/35WA by allnex is a water dilutable, fatty acid modified alkyd resin in pure water emulsion. It contains no organic solvent and exhibits excellent pigment wetting, excellent... view more

RESYDROL® AM 224W/40WA by allnex is a water dilutable fatty acid modified alkyd resin. It is shear stable and has very good pigment wetting and excellent application properties. The neutralizing... view more

RESYDROL® AN 6481w/70BBP by allnex is an oil-free polyester, emulsifiable in water. It is a co-binder in combination with melamine resins and/or polyurethane dispersions for formulation of water... view more

RESYDROL® AN 6617w/65MPP by allnex is a special water dilutable polyester-resin solution. In combination with suitable polyisocyanates, it is especially recommended for low-solvent soft-feel... view more

RESYDROL® AX 237w/70BG by allnex is a water-dilutable, oxidative drying epoxy ester resin. It is a sole binder for air drying corrosion protection coatings. RESYDROL® AX 237w/70BG is also suitable... view more

RESYDROL® AZ 6608w/43WA by allnex is a waterborne, urethane modified polyester resin. It has extraordinary good stone chip resistance, excellent thermal yellowing stability, and good gloss. It is... view more

RESYDROL® SF 8002w/50WA by allnex is a self-crosslinking, surfactant-free, ammonia neutralized, aqueous oil-modified acrylic multi-domain dispersion. It is used as a sole binder for decorative gloss enamel... view more

RESYDROL® SF 8010w/50WA by allnex is an ammonia neutralized oil-modified acrylic multidomain dispersion. It is free of ADH & low molecular weight surfactants and has low VOC. It exhibits outstanding outdoor... view more

RESYDROL® VAL 5547w by allnex is an oxidatively drying modified linseed oil. Acts as a dispersing agent for waterborne systems, as a resin for pigment pastes for waterborne and solvent-borne... view more

RESYDROL® VAX 5227w/55LG by allnex is water dilutable, epoxy resin-modified, oil-free, alkyd resin for stoving enamels. Exhibits very good corrosion resistance. For film formation it must be... view more