Short oil alkyd. Used in PU enamel. Offers fast drying and gloss resistance. Provides good resistance to yellowing... view more

Short oil alkyd. Used in enamel and wood finishes. Offers fast drying... view more

Short oil alkyd. Used in wood finishes. Offers good transparence... view more

Short oil alkyd. Used in wood and steel finishes. Possesses good wettability with good resistance to yellowing... view more

Short oil alkyd. Used for wood finishes. Offers good transparence, sanding and fast drying... view more

Short oil alkyd. Used in PU filler for wood. Offers good matting power... view more

Short oil alkyd. Used in PU filler for wood. Offers good flexibility... view more

Short oil alkyd. Offers fast drying and good gloss... view more

Short oil alkyd. Used for wood finishes... view more

Short oil alkyd. Used for PU finish and PU filler for wood. Offers good transparence and sanding... view more

Short oil alkyd. Offers good surface hardness... view more

Short oil alkyd. Offers good surface hardness and resistance to yellowing. Provides fast drying... view more

Short oil alkyd... view more

Short oil alkyd. Used in enamel. Offers fast drying... view more

Short oil alkyd. Used in fast drying synthetics enamel... view more

Short oil alkyd. Offers high brightness and resistance to yellowing... view more

Short oil alkyd. Offers high PM with good drying and trasparence... view more

Short oil alkyd. Offers good hardness, flexibility and trasparence... view more

Short oil alkyd. Offers fast drying and good overpainting. Provides high viscosity... view more

Short oil alkyd. Offers very good mechanical properties... view more

Short oil alkyd. Offers fast drying and good overpainting... view more

Short oil alkyd. Offers fast drying, good transparence and sanding. Provides good surface hardness... view more

Short oil alkyd. Offers good transparence, sanding, flexibility and resistance. Provides very good hardness... view more

Short oil alkyd. Offers hardness, flexibility and yellowing resistance. Provides good mechanical brushing... view more

Short oil alkyd. Offers good transparence and fast drying. Provides long pot-life... view more

Short oil alkyd. Offers good transparence and fast drying. Provides long pot-life... view more

Short oil alkyd. Offers fast drying and good bright resistance... view more

Short oil alkyd. Used for PU system for wood. Offers fast drying, good flexibility and overpainting with long pot-life... view more

Short oil alkyd. Offers good solvent release, levelling and surface hardness... view more

Short oil alkyd. Offers good wettability of pigments and good flexibility... view more

Short oil alkyd. Offers good solvent release and fast drying... view more

Short oil alkyd. Offers very good compatibility with nitro. Provides good surface hardness... view more

Short oil alkyd. Used for nitro and nitro-catalized varnish. Offers good reactivity and transparency... view more

Short oil alkyd. Used for fast drying enamel and for road paints. Possesses fast drying, compatibility with clorocaucciou... view more

Short oil alkyd. Used for industrial enamel. Offers very good wettability of pigments. Provides good drying and brightness... view more

Short oil alkyd. Used for nitro-catalized varnish. Provides fast drying, transparence and surface hardness... view more

Short oil alkyd. Used for PU filler and finish for wood and industry. Provides very good flexibility, transparence and hardness. Offers very good overpainting resistance... view more

Short oil alkyd. Provides fast drying and good brightness... view more

Short oil alkyd. Provides very good plasticizer properties in nitrocellulose varnish with good transparence. Offers very good plasticizer properties... view more

Short oil alkyd. Offers good wettability of wood porosity... view more

Short oil alkyd. Offers good flexibility... view more

Short oil alkyd. Offers good hardness surface and good flex properties... view more

Short oil alkyd. Offers good hardness... view more

Aromatic PA based polyester polyol. Offers maximized cost to performance ratio. Shows good compatibility with polyethers, additives and blowers. Recommended for PUR-PIR systems or blend with other... view more

Aliphatic polyester polyol. Offers maximized cost to performance ratio. Shows good compatibility with polyethers, additives and blowers... view more

Aliphatic polyester polyol. Offers maximized cost to performance ratio. Shows good compatibility with polyethers, additives and blowers. Recommended for high branched PUR systems... view more

Aromatic-aliphatic based polyester polyol. Offers maximized cost to performance ratio. Shows good compatibility with polyethers, additives and blowers. Can be used in pentane compatibilizer in PUR... view more

Aliphatic polyester polyol. Offers maximized cost to performance ratio. Shows good compatibility with polyethers, additives and blowers. Can be used as visco reducer and adhesion promoter... view more

Aromatic PET based polyester polyol. Offers maximized cost to performance ratio. Shows good compatibility with polyethers, additives and blowers. Recommended for high-medium index PIR systems at... view more

Aromatic PET polyol. Offers maximized cost to performance ratio. Shows good compatibility with polyethers, additives and blowers. Recommended for high-medium index PIR systems at high fire... view more

Aromatic PA based polyester polyol. Offers maximized cost to performance ratio. Shows good compatibility with polyethers, additives and blowers. Recommended for high index pentane based PIR systems... view more

Aromatic PA based polyester polyol. Offers maximized cost to performance ratio. Shows good compatibility with polyethers, additives and blowers. Recommended for high branched PUR systems... view more

Aromatic PET based polyester polyol. Offers maximized cost to performance ratio. Shows good compatibility with polyethers, additives and blowers. Recommended for high-medium index PIR systems at... view more

Isoexter 3644 by COIM is an aromatic-brominated polyester polyol. Offers maximized cost to performance ratio. Shows good compatibility with polyethers, additives and blowers. Isoexter 3644 is... view more

Aromatic PA based polyester polyol. Offers maximized cost to performance ratio. Shows good compatibility with polyethers, additives and blowers. Recommended for high-medium index PIR systems at high... view more

Aromatic PA based polyester polyol. Offers maximized cost to performance ratio. Shows good compatibility with polyethers, additives and blowers... view more

Aliphatic polyester polyol. Offers maximized cost to performance ratio. Shows good compatibility with polyethers, additives and blowers... view more

Aromatic PA based polyester polyol. Offers maximized cost to performance ratio. Shows good compatibility with polyethers, additives and blowers. Recommended for high-medium index PIR systems at high... view more

Aromatic PET polyol. Offers maximized cost to performance ratio. Shows good compatibility with polyethers, additives and blowers. Recommended for high-medium index PIR systems at high fire... view more

Aromatic PA based polyester polyol. Offers maximized cost to performance ratio. Shows good compatibility with polyethers, additives and blowers. Recommended for high-medium index PIR systems at high... view more

Aromatic PA based polyester polyol. Offers maximized cost to performance ratio. Shows good compatibility with polyethers, additives and blowers. Recommended for high-medium index PIR systems at high... view more

Aromatic PA based polyester polyol. Offers maximized cost to performance ratio. Shows good compatibility with polyethers, additives and blowers. Recommended for PUR systems when low polyol viscosity... view more

Aromatic PA based polyester polyol. Offers maximized cost to performance ratio. Shows good compatibility with polyethers, additives and blowers. Recommended for high-medium index PIR systems... view more

Aromatic PA based polyester polyol. Offers maximized cost to performance ratio. Shows good compatibility with polyethers, additives and blowers. Recommended for high-medium index PIR systems... view more

Aromatic PA based polyester polyol. Offers maximized cost to performance ratio. Shows good compatibility with polyethers, additives and blowers. Recommended for high-medium index PIR systems at high... view more

Aromatic PET based polyester polyol. Offers maximized cost to performance ratio. Shows good compatibility with polyethers, additives and blowers. Recommended for high-medium index PIR systems or as... view more

Aromatic PA based polyester polyol. Offers maximized cost to performance ratio. Shows good compatibility with polyethers, additives and blowers. Recommended for high index pentane based PIR systems... view more

Aromatic PA based polyester polyol. Offers maximized cost to performance ratio. Shows good compatibility with polyethers, additives and blowers. Recommended for high-medium index PIR systems or as... view more

Aromatic PA based polyester polyol. Offers maximized cost to performance ratio. Shows good compatibility with polyethers, additives and blowers. Recommended for high-medium index PIR systems at high... view more

Aromatic PA based polyester polyol. Offers maximized cost to performance ratio. Shows good compatibility with polyethers, additives and blowers. Recommended for high-medium index PIR systems at high... view more

Aromatic PET based polyester polyol. Offers maximized cost to performance ratio. Shows good compatibility with polyethers, additives and blowers. Recommended for general use in PUR and PIR systems... view more

Aliphatic polyester polyol. Offers maximized cost to performance ratio. Shows good compatibility with polyethers, additives and blowers. Recommended for PUR systems when low polyol viscosity is... view more

Aromatic PA based polyester polyol. Offers maximized cost to performance ratio. Shows good compatibility with polyethers, additives and blowers. Recommended for general use in PUR and low index in... view more

Aliphatic polyester polyol. Offers maximized cost to performance ratio. Shows good compatibility with polyethers, additives and blowers. Can be used as co-polyol in PUR systems and also as visco... view more

Aliphatic polyester polyol. Offers maximized cost to performance ratio. Shows good compatibility with polyethers, additives and blowers. Recommended for PUR and low index PIR systems as co-polyol... view more

Aromatic PA based polyester polyol. Offers maximized cost to performance ratio. Shows good compatibility with polyethers, additives and blowers. Recommended for general use in PUR and PIR systems... view more

Aromatic terephthalic acid (TA) based polyester polyol. Offers maximized cost to performance ratio. Shows good compatibility with polyethers, additives and blowers. Recommended for high-medium index... view more

Aromatic terephthalic acid (TA) based polyester polyol. Offers maximized cost to performance ratio. Shows good compatibility with polyethers, additives and blowers. Recommended for high-medium index... view more

Aromatic terephthalic acid (TA) based polyester polyol. Offers maximized cost to performance ratio. Shows good compatibility with polyethers, additives and blowers. Recommended for high-medium index... view more

Aromatic PA based polyester polyol. Offers maximized cost to performance ratio. Shows good compatibility with polyethers, additives and blowers. Recommended for general use in PUR and low index in... view more

Aromatic PA based polyester polyol. Offers maximized cost to performance ratio. Shows good compatibility with polyethers, additives and blowers. Recommended for high-medium index pentane based PIR... view more

Aromatic PA based polyester polyol. Offers maximized cost to performance ratio. Shows good compatibility with polyethers, additives and blowers. Recommended for high-medium index pentane based PIR... view more

Polyol. Pentane can be used as blower for the system. Suitable for polyurethane. It complies with the fire classification B2 according to German standard (DIN 4102)... view more

Polyol. Pentane can be used as blower for the system. Suitable for polyurethane system. It complies with the fire classification B3 according to German standard (DIN 4102)... view more

Polyol. Pentane can be used as blower for the system. Suitable for polyurethane. It complies with the fire classification B3 according to German standard (DIN 4102)... view more

Polyol. Pentane can be used as blower for the system. Suitable for polyurethane. It complies with the fire classification B3 according to German standard (DIN 4102)... view more

Polyol. HFC can be used as blower for the system. Suitable for polyurethane. It complies with the fire classification B3 according to German standard (DIN 4102)... view more

Polyol. Pentane can be used as blower for the system. Suitable for polyurethane. It complies with the fire classification B3 according to German standard (DIN 4102)... view more

Polyol. cPentane can be used as blower for the system. Suitable for polyurethane system. It complies with the fire classification B3 according to German standard (DIN 4102)... view more

Polyol. cPentane can be used as blower for the system. Suitable for polyurethane. It complies with the fire classification B3 according to German standard (DIN 4102)... view more

Polyol. cPentane can be used as blower for the system. Suitable for polyurethane. It complies with the fire classification B3 according to German standard (DIN 4102)... view more

Polyol. Pentane can be used as blower for the system. Suitable for PIR. It complies with the fire classification B2 according to German standard (DIN 4102)... view more

Polyol. HFC can be used as blower for the system. Suitable for PIR. Recommended for rigid faces panels. It complies with the fire classification B2 according to German standard (DIN 4102)... view more

Polyol. CO2(water) can be used as blower for the system. Suitable for polyurethane. It complies with the fire classification B3 according to German standard (DIN 4102)... view more

Polyol. CO2(water) can be used as blower for the system. Suitable for polyurethane. It complies with the fire classification B3 according to German standard (DIN 4102)... view more

Polyol. CO2(water) or HFC can be used as blower for the system. Suitable for polyurethane system. It complies with the fire classification B3 according to German standard (DIN 4102)... view more

Polyol. CO2(water) can be used as blower for the system. Suitable for polyurethane. It complies with the fire classification B3 according to German standard (DIN 4102)... view more

Polyol. CO2(water) can be used as blower for the system. Suitable for polyurethane. It complies with the fire classification B3 according to German standard (DIN 4102)... view more

Polyol. CO2(water) can be used as blower for the system. Suitable for polyurethane. It complies with the fire classification B3 according to German standard (DIN 4102)... view more

Polyol. HFC can be used as blower for the system. Suitable for polyurethane. It complies with the fire classification B3 according to German standard (DIN 4102)... view more

Polyol. HFC can be used as blower for the system. Suitable for polyurethane. It complies with the fire classification B3 according to German standard (DIN 4102)... view more

Polyol. HFC can be used as blower for the system. It is suitable for polyurethane system. It complies with the fire classification B3 according to German standard (DIN 4102)... view more

Polyol. HFC can be used as blower for the system. It is suitable for polyurethane system. It complies with the fire classification B3 according to German standard (DIN 4102)... view more

Polyol. HFC can be used as blower for the system. Suitable for polyurethane system. It complies with the fire classification B3 according to German standard (DIN 4102)... view more

Polyol. HFC can be used as blower for the system. Suitable for polyurethane. Recommended for sandwich panels. It complies with the fire classification B3 according to German standard (DIN 4102)... view more

Polyol. HFC can be used as blower for the system. Suitable for polyurethane. It complies with the fire classification B3 according to German standard (DIN 4102)... view more

Polyol. HFC can be used as blower for the system. Suitable for polyurethane. It complies with the fire classification B3 according to German standard (DIN 4102)... view more

Propoxylated sorbitol based polyether. Can be used in the production of polyurethane... view more

Propoxylated sorbitol based polyether. Can be used in the production of polyurethane... view more

Propoxylated sorbitol based polyether. Can be used in the production of polyurethane... view more

Propoxylated sorbitol based polyether. Can be used in the production of polyurethane... view more

Propoxylated sorbitol based polyether. Can be used in the production of polyurethane... view more

Propoxylated sorbitol based polyether. Can be used in the production of polyurethane... view more

Propoxylated sorbitol based polyether. Can be used in the production of polyurethane... view more

Propoxylated sorbitol based polyether. Can be used in the production of polyurethane... view more

Propoxylated sorbitol based polyether. Can be used in the production of polyurethane... view more

Propoxylated sorbitol based polyether. Can be used in the production of polyurethane... view more

Propoxylated ethylenediamine based polyether. Can be used in the production of polyurethane... view more

Propoxylated ethylenediamine based polyether. Can be used in the production of polyurethane... view more

Propoxylated glycerol based polyether. Can be used in the production of polyurethane... view more

Propoxylated glycerol based polyether. Can be used in the production of polyurethane... view more

Propoxylated glycerol based polyether. Can be used in the production of polyurethane... view more

Propoxylated glycerol based polyether. Can be used in the production of polyurethane... view more

Propoxylated glycerol based polyether. Can be used in the production of polyurethane... view more

Propoxylated trimethylolpropane based polyether. Can be used in the production of polyurethane... view more

Propoxylated trimethylolpropane based polyether. Can be used in the production of polyurethane... view more

Propoxylated trimethylolpropane based polyether. Can be used in the production of polyurethane... view more