EMEROX® 14001 by Emery Oleochemicals is an aliphatic polyester polyol with low viscosity and low functionality. When used as additive, it improves mold flow efficiency. It increases hydrophobicity... view more

EMEROX® 14050 by Emery Oleochemicals is a branched EG azelate polyester polyol for ester foams with high elongation. It increases hydrophobicity with minimal hydrolytic degradation and imparts... view more

EMEROX® 14060 by Emery Oleochemicals is a branched EG azelate polyester polyol for ester foams with increased load bearing and "clickability" properties. It increases hydrophobicity with minimal... view more

EMEROX® 14090 by Emery Oleochemicals is a branched EG azelate polyester polyol with lower MW and lower viscosity. It increases hydrophobicity with minimal hydrolytic degradation and imparts... view more

EMEROX® 14511 by Emery Oleochemicals is a general purpose, linear diol polyol based on ethylene glycol (EG) azelate chemistry. It has a hydrophobic backbone structure and low viscosity when compared... view more

EMEROX® 14535 by Emery Oleochemicals is a low viscosity, short chain diol aliphatic polyester polyol. It has a hydrophobic backbone structure and low viscosity when compared to an adipate... view more

EMEROX® 14550 by Emery Oleochemicals is a general purpose, linear diol polyol based on ethylene glycol (EG) azelate chemistry. It has a hydrophobic backbone structure and low viscosity when compared... view more

EMEROX® 14555 by Emery Oleochemicals is a linear diol polyol based on ethylene glycol (EG) azelate chemistry. It has a hydrophobic backbone structure and low viscosity when compared to an adipate... view more

EMEROX® 14637 by Emery Oleochemicals is a low molecular weight branched azelate polyol. It has a hydrophobic backbone structure and low viscosity when compared to an adipate equivalent. It finds use... view more

EMEROX® 14801 by Emery Oleochemicals is an EG dimerate polyol for applications where highly hydrophobic characteristics are required. It has low viscosity when compared to an adipate equivalent. It... view more