RHEOLATE® 299 by Elementis is a 25% active, APEO- and tin-free polyether polyurethane-based associative thickener. It is a pH independent, highly efficient viscosity builder in the low- to mid-shear... view more

RHEOLATE® 300 D by Elementis is a polyol-based associative thickener for use in conventional latex and water reducible systems. It is an alternative to traditional urethane-based thickeners... view more

RHEOLATE® 310 by Elementis is a low-odor, VOC-free polyether polyol solution. It functions as a non-ionic associative thickener. Improves color acceptance and stability. Imparts low-shear-rate... view more

RHEOLATE® 310 D by Elementis is a low-odor, VOC-free associative thickener based on polyether polyol. Suitable for use in conventional latex and water-reducible systems. Designed to improve color... view more

RHEOLATE® 350 is a 50% active, low odor, VOC-free polyether polyol-based associative thickener by Elementis. Designed to impart high-shear viscosity in conventional latex and water-reducible... view more

Elevance C18™ 101 by Elevance Renewable Sciences is a high performance, bio-based specialty polyester polyol. It enables low/ zero VOC and high solids adhesive formulations. It is synthesized from... view more

Elevance C18™ 101 by Elevance Renewable Sciences is a high performance, bio-based specialty polyester polyol. It enables low/ zero VOC and high solids adhesive formulations. It is synthesized from... view more

Elevance C18™ 102 is a high performance specialty polyester polyol by Elevance Renewable Sciences. It is bio-based and possesses low pre-polymer viscosity and low hydrolytic stability. Exhibits... view more

Elevance C18™ 102 is a high performance specialty polyester polyol by Elevance Renewable Sciences. It is bio-based and possesses low pre-polymer viscosity and low hydrolytic stability. Exhibits... view more

Elevance C18™ 201 is a high performance specialty polyester polyol by Elevance Renewable Sciences. It is synthesized from the secondary cross metathesis of C10 and C12 unsaturated esters. It is... view more

Bluesil™ ESA 6024 A & B by Elkem Silicones is a pourable, two component silicone rubber that cures at room temperature by a polyaddition reaction, to a very soft and translucent silicone gel... view more

Bluesil™ ESA 6120 QC A & B by Elkem Silicones is a pourable two components silicone rubber that cures quickly at room temperature by a polyaddition reaction, to a very soft and clear silicone gel... view more

Bluesil™ ESA 7244 A & B by Elkem Silicones is a liquid two-component, polyaddition heat curing silicone elastomer. It is a solvent-free, self-leveling grade designed for adhesive and sealant... view more

Bluesil™ ESA 7250 A & B by Elkem Silicones is a two component, optically clear, high strength silicone elastomer. Cures by a polyaddition reaction at room temperature. Curing can be accelerated by... view more

Bluesil™ ESA 7252 A & B by Elkem Silicones is a low viscosity , non-corrosive, two-component silicone elastomer which cures at room temperature by a polyaddition reaction. It is supplied in the form... view more

EMEROX® 14001 by Emery Oleochemicals is an aliphatic polyester polyol with low viscosity and low functionality. It is eco-friendly and improves mold flow efficiency. It increases hydrophobicity with... view more

EMEROX® 14001 by Emery Oleochemicals is an aliphatic polyester polyol with low viscosity and low functionality. It is eco-friendly and improves mold flow efficiency. It increases hydrophobicity with... view more

EMEROX® 14050 by Emery Oleochemicals is an eco-friendly, branched EG azelate polyester polyol for ester foams with high elongation. It increases hydrophobicity with minimal hydrolytic degradation... view more

EMEROX® 14050 by Emery Oleochemicals is an eco-friendly, branched EG azelate polyester polyol for ester foams with high elongation. It increases hydrophobicity with minimal hydrolytic degradation... view more

EMEROX® 14060 by Emery Oleochemicals is a branched EG azelate polyester polyol for ester foams. It is eco-friendly with increased load bearing and clickability properties. Imparts excellent... view more