Polyester Polyols

 

Authorized Distributor:
Southwest / Northeast Regions

A trimethylolproprane branched hexanediol adipate with a hydroxyl number of 187, suggested for use in coatings.
A trimethylolproprane branched hexanediol adipate with a hydroxyl number of 310, suggested for use in coatings.
A trimethylolproprane branched hexanediol adipate with a hydroxyl number of 560, suggested for use in coatings.
A neopentyl glycol adipate with a molecular weight of 500, suggested for use in coatings.
A hexanediol adipate with a molecular weight of 500, suggested for use in coatings.
A hexanediol/neopentyl glycol adipate with a molecular weight of 2000, suggested for use in coatings.
A hexanediol/neopentyl glycol adipate with a molecular weight of 1500, suggested for use in coatings.
A hexanediol/neopentyl glycol adipate with a molecular weight of 1520, suggested for use in coatings.
A diethylene glycol/neopentyl glycol adipate with a molecular weight of 640, suggested for use in coatings.

A diethylene glycol adipate with a molecular weight of 1000, suggested for use in coatings and adhesives.
A diethylene glycol adipate with a molecular weight of 2500, suggested for use in coatings and adhesives.
A diethylene glycol adipate with a molecular weight of 2000, suggested for use in coatings and adhesives.
A hexanediol adipate with a molecular weight of 1000, suggested for use in coatings and adhesives.
A hexanediol adipate with a molecular weight of 2000, suggested for use in coatings and adhesives.
A diethylene glycol/ethylene glycol adipate/phthalate with a molecular weight of 2000, suggested for use in coatings and adhesives.
A hexanediol adipate/phthalate with a molecular weight of 1560, suggested for use in coatings and adhesives.
A hexanediol adipate with a molecular weight of 2000, suggested for use in coatings and adhesives.
A diethylene glycol adipate with a molecular weight of 2000, suggested for use in coatings and adhesives.
A diethylene glycol adipate with a molecular weight of 1000, suggested for use in coatings and adhesives.

A diethylene glycol adipate with a molecular weight of 500, suggested for use in coatings, adhesives and as a dispersing medium for pigments.

A neopentyl glycol adipate with a molecular weight of 1000, suggested for use in coatings and radiation curing.
A neopentyl glycol adipate with a molecular weight of 2000, suggested for use in coatings and radiation curing.

A hexanediol adipate with a molecular weight of 5600, suggested for use in reactive hot melt adhesives.
A hexanediol adipate with a molecular weight of 3700, suggested for use in reactive hot melt adhesives.
A hexanediol adipate with a molecular weight of 5100, suggested for use in reactive hot melt adhesives.
A hexanediol adipate with a molecular weight of 4000, suggested for use in reactive hot melt adhesives.
A hexanediol-based polyester with a molecular weight of 3740, suggested for use in reactive hot melt adhesives.
A ethylene glycol/hexanediol/neopentyl glycol adipate with a molecular weight of 5340, suggested for use in reactive hot melt adhesives.

A butanediol adipate with a molecular weight of 1000, suggested for use in thermoplastic urethanes.
A butanediol adipate with a molecular weight of 700, suggested for use in thermoplastic polyurethanes.
A butanediol adipate with a molecular weight of 4000, suggested for use in thermoplastic polyurethanes.
A butanediol adipate with a molecular weight of 3000, suggested for use in thermoplastic polyurethanes.
A butanediol adipate with a molecular weight of 2000, suggested for use in thermoplastic polyurethanes.
A butanediol adipate with a molecular weight of 3000, suggested for use in thermoplastic polyurethanes.
A butanediol adipate with a molecular weight of 4000, suggested for use in thermoplastic polyurethanes.
A butanediol adipate with a molecular weight of 2000, suggested for use in thermoplastic polyurethanes.
A butanediol/hexanediol adipate with a molecular weight of 2000, suggested for use in thermoplastic polyurethanes.
An ethylene glycol/butanediol adipate with a molecular weight of 2000, suggested for use in thermoplastic polyurethanes.
A butanediol/hexanediol adipate with a molecular weight of 2800, suggested for use in thermoplastic polyurethanes
An ethylene glycol/butanediol adipate with a molecular weight of 2000, suggested for use in thermoplastic polyurethanes and cast elastomers.

A carboxylic acid-terminated polyester with an acid number of 74, suggested for use as an epoxy curative.

A glycerine terminated dipropylene glycol adipate with a hydroxyl number of 435, suggested for use in foam hardener. A trimethylolproprane branched ethylene glycol/butanediol adipate with a hydroxyl number of 56, suggested for use in microcellular systems.
A glycerine branched diethylene glycol adipate with a hydroxyl number of 54, suggested for use in microcellular systems.
An ethylene glycol/butanediol adipate with a molecular weight of 2000, suggested for use in cast elastomers and microcellular systems.
An ethylene glycol/butanediol adipate with a molecular weight of 2000, suggested for use in cast elastomers and microcellular systems.
An ethylene glycol/butanediol adipate with a molecular weight of 2000, suggested for use in cast elastomers and microcellular systems.
An ethylene glycol/diethylene glycol adipate with a molecular weight of 2000, suggested for use in microcellular systems.
A trimethylolproprane branched ethylene glycol/diethylene glycol adipate with a hydroxyl number of 56, suggested for use in microcellular systems.
A trimethylolpropane branched diethylene glycol adipate with a hydroxyl number of 60, suggested for use in microcellular systems.
An ethylene glycol/diethylene glycol adipate with a molecular weight of 2000, suggested for use in microcellular systems.
An ethylene glycol/diethylene glycol adipate with a molecular weight of 2000, suggested for use in microcellular systems.
Fomrez® I21-57 is an ethylene glycol/diethylene glycol adipate with a molecular weight of 2000, suggested for use in microcellular systems.

An ethylene glycol adipate with a molecular weight of 1000, suggested for use in cast elastomers.
An uncatalyzed ethylene glycol adipate with a molecular weight of 1000, suggested for use in cast elastomers.
An uncatalyzed ethylene glycol adipate with a molecular weight of 2000, suggested for use in cast elastomers.
An ethylene glycol adipate with a molecular weight of 2000, suggested for use in cast elastomers.
An uncatalyzed ethylene glycol adipate with a molecular weight of 2000, suggested for use in cast elastomers.
A butanediol adipate with a molecular weight of 1000, suggested for use in cast elastomers.
A uncatalyzed butanediol adipate with a molecular weight of 1000, suggested for use in cast elastomers.
An ethylene glycol adipate with a molecular weight of 1200, suggested for use in cast elastomers.
An ethylene/propylene glycol adipate with a molecular weight of 1000, suggested for use in cast elastomers.
An ethylene glycol/propylene glycol adipate with a molecular weight of 2000, suggested for use in cast elastomers.
An uncatalyzed ethylene glycol/propylene glycol adipate with a molecular weight of 3200, suggested for use in cast elastomers
An uncatalyzed ethylene glycol/butanediol adipate with a molecular weight of 2000, suggested for use in cast elastomers.
An uncatalyzed ethylene glycol/butanediol adipate with a molecular weight of 2000, suggested for use in cast elastomers.
An ethylene glycol adipate with a molecular weight of 1000, suggested for use in cast elastomers
An ethylene glycol/butanediol adipate with a molecular weight of 1000, suggested for use in cast elastomers.
An ethylene glycol/butanediol adipate with a molecular weight of 2000, suggested for use in cast elastomers.
An ethylene glycol adipate with a molecular weight of 2000, suggested for use in cast elastomers.
An ethylene glycol/butanediol adipate with a molecular weight of 2000, suggested for use in thermoplastic polyurethanes and cast elastomers.

A diethylene glycol/ethylene glycol polyester with a molecular weight of 2000, suggested for use in solvent-resistant cast elastomers.

A glycerine branched diethylene glycol adipate with a hydroxyl number of 52, suggested for use in textile flexible foam.
A glycerine branched diethylene glycol adipate with a hydroxyl number of 60, suggested for use in diecuttable flexible foam.

A trimethylolpropane branched diethylene glycol adipate with a hydroxyl number of 50, suggested for use in hydrophilic flexible foam.