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The material selection platform
Polymer Additives
The material selection platform
Polymer Additives
by SpecialChem
 
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169 products match your search
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Description
Dabco® NE300 by Evonik is a non-emissive amine catalyst. Promotes the urea (water isocyanate) reaction. It possesses master batch stability. It reacts into the polyurethane matrix, thereby not... view more
Applications
Dabco® NE310 is a non-fugitive, non-emissive reactive amine catalyst by Evonik. Provides good resin-side stability. Compatible with other commonly used polyurethane catalysts and additives. Promotes... view more
Applications
Dabco® NE320 by Evonik is a high purity, fourth generation no-emission (NE) blow catalyst by Evonik. It binds chemically into the polyurethane foam matrix while maintaining foam properties in MDI... view more
Applications
Dabco® NE500 by Evonik acts as a non-emissive amine catalyst. It is used in flexible slabstock applications to meet Certipur® or LGA requirements. Shows equivalent foam physical properties, master... view more
Dabco® NE600 is a balanced non-emissive amine catalyst by Evonik. It reacts into the polyurethane matrix, thereby not contributing to emissions. It is used in flexible slabstock applications to meet... view more
Dabco® PE40 by Evonik acts as a processing aid. It is an excellent melamine stabilizer. It allows solid powder to well stabilize in polyols when pre-mixing solid powders and polyols especially in... view more
Dabco® PM300 by Evonik is a blowing agent enhancer. It significantly reduces the level of conventional surfactant required. It produces fine uniform cells and reduces polyol side viscosity. Improves... view more
Dabco® PM301 by Evonik acts as a surfactant. Designed to improve the efficiency of blowing agents used in rigid polyurethane foam, in particular spray foam. Offers a reduction in the use level of... view more
Applications
Dabco® PT302 by Evonik is a high efficiency tertiary amine catalyst. It can be used in rigid foam applications, especially rigid spray foam. Dabco® PT302 strongly catalyzes the reaction of polyol... view more
Dabco® PT303 by Evonik is a high efficiency tertiary amine catalyst. It strongly catalyzes the urea (water-isocyanate) reaction for rigid spray polyurethane foam... view more
Dabco® PT304 by Evonik is a high efficiency amine, medium trimer catalyst. It can improve post cure and adhesion strength. Dabco® PT304 can be used in rigid spray foam... view more
Dabco® PT305 by Evonik is a reactive amine catalyst. Offers improved post-cure, dimensional stability and lower odor. Used for rigid polyurethane foam... view more
Dabco® PT306 by Evonik acts as a highly efficient gelling amine catalyst. Provides better foam density distribution. It is developed for reducing hydrolysis and improving system stability... view more
Dabco® RP202 by Evonik is a non-emissive balanced amine catalyst. It binds chemically into the PU foam matrix eliminating contributions to odor and VOC emissions. It increases the airflow, improves... view more
Dabco® RP203 by Evonik acts as a balanced tertiary amine catalyst. Provides excellent performance in methylene chloride-blown flexible slabstock foams. Compatible with other blowing agents. It... view more
Dabco® RP204 by Evonik is a non-emissive amine catalyst promoting a balance of urethane and urea reactions with high efficiency and wide processing latitude. Possesses excellent foam stability that... view more
Applications
Dabco® RP205 by Evonik acts as an amine catalyst. Used in making low-density flexible slab stock foam that can provide wide process latitude... view more
Dabco® S-25 is an amine catalyst by Evonik. It is a solution of 25% triethylenediamine (TEDA) and 75% butanediol. Acts as a strong urethane catalyst that is commonly used for shoe sole applications... view more
Dabco® SCOBA AS45 is a liquid antioxidant system by Evonik. Used in polyether and polyester flexible slabstock applications... view more
Applications
Dabco® SI1103 surfactant by Evonik is a silicone stabilizer. It has been developed especially for systems characterized by self-supporting performance, where cell regulation is critical. Typical... view more
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