Polyurethane

Geolite™ Modifier 91 is a softening and stabilizing additive suitable for polyurethane applications.Benefits:Suitable for foam and can be used at low TDI indicesHelps to produce soft grades with approximately 30% less blowing agentOffers reduced property spread within the buns and particularly at higher densitiesProvides best processing and good properties It also helps to eliminate or substantially reduce the use of CFC’sImproves foam quality and reduces the risk of splits with critical formulations 

Niax™ Silicone L-594Plus is a medium potency silicone stabilizer for the production of flexible slabstock foam.Benefits:Provides well-balanced processing performanceExhibits fine and regular cells with good density distributionIt combines excellent foaming stability effect with good airflow propertiesOffers wide processing latitude with good top and side skin qualitySuitable for liquid CO2 foaming processesTypical Applications:It can be used in slabstock polyurethane foams.

Niax™ Silicone L-618 is a silicone surfactant used in polyurethane applications.Benefits:Exhibits excellent foam processing latitudeOffers fine, even cell structure and helps improve foam yieldDelivers optimum foam stability with superior cost/performance benefitProvides FR performance equivalent to Niax Silicone L-5770 Applies to very low-density foams, where large amounts of auxiliary blowing agents act to destabilize foams during productionTypical Applications:Recommended for flexible foam formulations.

Niax™ Silicone L-818 is a silicone surfactant suitable for polyurethane applications.Benefits:Exhibits excellent foam processing latitude and reduced low molecular weight siloxanes contentOffers fine, even cell structure and helps improve foam yieldDelivers reduced density gradients in very high blocksProvides FR performance equivalent to Niax Silicone L-618 Applies to very low-density foams, where large amounts of auxiliary blowing agents act to destabilize foams during productionIt helps produce high-quality foams for furniture and bedding while maintaining low emissions of volatile siloxanesTypical Applications:Recommended for flame retarded polyether flexible slabstock foam formulations.

Niax™ Silicone L-620 is a silicone surfactant suitable for polyurethane applications.Benefits:Provides good performance in low-combustibility, all-water or methylene chloride blown filled and sponge foamsExhibits excellent stability in formulations with reduced blowing agentsIt uses Geolite modifiers to produce foam with minimal top collapseOffers narrow density and IFD gradientsTypical Applications:Recommended for conventional flexible slabstock polyether foam formulations.

GeoCell™ Silicone L-930 is a silicone surfactant for polyurethane applications. It is a low-medium potency silicone stabilizer and has low content of cyclic siloxanes.Benefits:Exhibits low emission, good cell uniformity, fine and regular cell structurePromotes well balanced foam cell-opening capabilities and foam stabilization in combination with a very wide processing latitudeProvides excellent foaming stability combined with good foam breathability over a wide range of foam densitiesTypical Applications:Used in conventional flexible slabstock foam application with recycled polyol content. It is suitable for most foaming equipment.

GeoCell™ Silicone L-882 is an organo-silicone surfactant for use in conventional flexible polyether polyurethane slabstock foam. It is suitable for most foaming machines on both high and low pressure. It is a medium potency silicone stabilizer and has low content of cyclic siloxanes.Benefits:Promotes well balanced processing and yields good foam porosityEnables good cell stabilization in flexible polyetherProvides good stability and fine cell structure in liquid CO2 processIt is stable in water-amine blends

Silicone stabilizer used in high resilience (HR) flexible slabstock foam.Benefits:It is colorless to slightly yellow in colorMedium potency silicone with reduced emissionsImparts cell regulation and good foaming stabilityOffers wide processing latitudeIt is insoluble in waterIt is suitable for various types of polyol including copolymer-, PHD- and PIPA polyols