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Antiblaze®

Polymers additives supplied by Albemarle

41 products match your search
Product Name
Supplier
Description
Antiblaze® 125 by Albemarle is a neutral chloroalkyl phosphorus additive. Antiblaze® 125 is compatible with AU, EU and polyurethane rubber... view more
Halogenated phosphorus product. Acts as a flame retardant. Offers high efficiency. Provides more consistent physical properties as well as superior cost effectiveness. Used in polyether foams (both... view more
Neutral chloroalkyl phosphate ester. Acts as a flame retardant. Offers very good thermal and hydrolytic stability. Possesses low volatility, low fogging, and retention. Shows compatibility to a... view more
Chlorinated phosphate ester. Acts as a flame retardant. Offers low fogging potential, low freeze point and low volatility. Provides rapid cure rate, high efficiency and low viscosity. Possesses very... view more
Tri (1,3-dichloroisopropyl) Phosphate. Acts as a flame retardant. Provides a combination of low scorch, excellent hydrolytic stability and good heat ageing performance. Offers low viscosity and good... view more
Tri(2,3-dichlorophyl)phosphate. Acts as a flame retardant. Provides a combination of low scorch, good hydrolytic stability and good heat ageing performance. Offers very good resistance to... view more
Non-brominated, phosphorus-based additive. Used in flexible polyurethane slab stock and molded foams. Offers rapid cure rate and high efficiency. Exhibits low viscosity, very good scorch performance... view more
Non-halogenated phosphorus. Used in polyether foams (both slab stock and molded). Offers high efficiency and low fogging... view more
Applications
Synthetic isopropylated phenyl phosphate. Used as a flame-retardant plasticizer. Offers rapid gelation properties and good resistance. Improves light stability, less odor and better resistance to... view more
Synthetic isopropylated phenyl phosphate. Used as a flame-retardant plasticizer. Offers rapid gelation properties and good resistance. Improves light stability, less odor and better resistance to... view more
Synthetic isopropylated phenyl phosphate. Used as a flame-retardant plasticizer. Offers rapid gelation properties and good resistance. Improves light stability, less odor and better resistance to... view more
Chlorinated phosphonate ester. Imparts very good low-cost flame retarding properties. Used in rigid and flexible polyurethane protective coatings and textile finishes... view more
Antiblaze® 85 by Albemarle is a chlorinated phosphate ester. Acts as a flame retardant. Used in polyether polyol–based conventional and high-resilience flexible polyurethane foams. Antiblaze® 85 is... view more
Antiblaze® BQ by Albemarle is a flame retardant. Used on cellulosic fabrics, especially heavyweight fabrics. Antiblaze® BQ prevents flame spread and after-glow... view more
Aqueous solution of ammonium polyphosphate. Used in the treatment of cellulosic materials and manufacture of medium density fiberboard (MDF)... view more
Dimethyl methylphosphonate(DMMP). Acts as a flame retardant. Imparts high efficiency. Used for rigid double-band laminates, block foams, and similiar rigid foam applications. Also used in rigid... view more
Flame retardant. Provides durable and efficient fire protection with a combination of enhanced lamination properties, low scorch and low fogging performance for the foams. Is recommended for... view more
Flame retardant. Used for wide range of synthetic and cellulosic fabrics. Prevents flame spread and after-glow... view more
Applications
Flame retardant. Used for cellulosic-rich materials. Possesses maximum fabric fixation with minimum strength loss... view more
Aqueous solution of ammonium polyphosphate. Used in the treatment of cellulosic materials and manufacture of wood panels... view more
Ammonium polyphosphate. Used in wood-based panel products... view more
Applications
Chlorinated phosphate ester. Acts as a flame retardant. Offers very good combustion properties and remarkable scorch properties. Has minimal effect on foaming process. Used in polyether, polyester... view more
Applications
Antiblaze® TL-10-LV by Albemarle is a chlorinated phosphate ester. Acts as a flame retardant. Offers very good combustion properties and remarkable scorch properties. Has minimal effect on foaming... view more
High molecular weight phosphate ester. Acts as a flame retardant. Offers very good resistance to migration. Used in conventional and high-resilience polyether polyol-based polyurethane foams and... view more
Antiblaze® TMCP by Albemarle is a chlorinated phosphate ester. Acts as a flame retardant. Offers very good long-term storage stability. Used in rigid urethane and isocyanurate foams. Antiblaze® TMCP... view more
Nitrogen-phosphorus-based flame retardant. Used for cellulosic and other textiles... view more
Low-fog flame retardant. Mainly used for polyester and polyether foams. Used in automotive polyester foams to meet Federal Motor Vehicles Safety Standard No. 302. Offers the potential for excellent... view more
Low-fog flame retardant. Mainly used for polyester and polyether foams. Used in automotive polyester foams that must meet Federal Motor Vehicles Safety Standard No. 302. Offers the potential for... view more
Antiblaze® V400 by Albemarle is an organo phosphate/phosphonate-based flame retardant. Antiblaze® V400 is suitable for rigid polyurethane foams... view more
Applications
Diethyl ethyl phosphonate. Acts as low-viscosity flame retardant. Used for wide range of rigid foams. Also used in formulated two-component systems as well as applications such as double-band... view more
Applications
High-molecular-weight flame retardant. Used for automotive polyether and molded foam applications. Specifically designed to meet the gravimetric standards described in Part B of the German DIN 75201... view more
Chloro alkyl diphosphate ester. Acts as a flame retardant. Offers very good resistance to migration after ageing. Used in high-resilience and molded foams. Also used particularly for automotive and... view more
Tri(2,3-dichlorophyl)phosphate. Acts as a flame retardant. Used in manufacture of polyether polyol-based conventional and high-resilience flexible polyurethane foams. Used in discontinuous and... view more
Low viscosity flame retardant. Used for flexible hot and cold-molded foam. Provides a good balance of efficiency, ageing performance and physical handling properties... view more
Applications
Flame retardant. Used for polyether, high-resilience and combustion-modified foams... view more
Applications
Chloro Alkyl Diphosphate Ester. Acts as a flame retardant. Offers resistance to migration after ageing. Used in polyether, high resilience and molded foams. Also used in automotive and furniture... view more
Low viscosity, flame retardant. Used for flexible hot- and cold-molded foams. Provides a good balance of efficiency, ageing performance and physical handling properties... view more
Applications
High molecular weight phosphate ester. Used for many types of flexible slab-stock polyether and molded foams particularly suited to furniture applications. Offers resistance to migration on ageing... view more
Applications
High molecular weight phosphate ester. Used polyether, high-resilience and molded foams particularly suited to furniture application. Offers resistance to migration on ageing... view more
Applications
Low-viscosity halogen-free flame retardant. Is developed aiming at visco-elastic foam. Allows the toluene diisocyanate index (TDI) or methylene diphenyl diisocyanate index (MDI) to be increased... view more
Tris(1,3- dichloroisopropyl) phosphate. Acts as a low-viscosity, low-emission flame retardant. Imparts superior hydrolytic resistance. Enhances resistance to crystallization at low temperatures... view more
Green Chemicals Flame Retardants smoke suppressants
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