Fyrol® 6 by ICL Industrial is diethyl-N, N-bis (2-hydroxyethyl) aminomethylphosphonate. It is designed for use as a reactive flame retardant in polyurethane foams and urethane elastomers. It is... view more

Fyrol® A710 by ICL Industrial is a halogen-free, phosphorus-based flame retardant for flexible polyurethane foams applications. It is a clear transparent, non-viscous liquid with low scorch... view more

Fyrol® HF-10 by ICL Industrial is a halogen-free phosphorus ester flame retardant. It is highly effective in producing flame retardant flexible polyurethane foam meeting Cal TB 117, MVSS-302 and... view more

Fyrol® HF-5 by ICL Industrial is a proprietary halogen-free phosphorus ester flame retardant. It is highly effective in producing flame retardant flexible polyurethane foam meeting both Cal TB 117... view more

Fyrol® HF-5HP by ICL Industrial is a high purity, proprietary, TSCA listed halogen-free flame retardant product for flexible polyurethane foam applications. This optimized flame retardant is... view more

Fyrol® HF-9 by ICL Industrial is a proprietary halogen-free phosphorus ester flame retardant. It is highly effective in producing flame retardant flexible polyurethane foam meeting both Cal TB 117... view more

Fyrol® PCF by ICL Industrial is a flame retardant additive with superior hydrolytic stability for rigid and flexible polyurethane foams. Fyrol® PCF is soluble in most common organic solvents and... view more

Fyrol® PCF-LO by ICL Industrial is a low odor flame retardant additive with superior hydrolytic stability for rigid and flexible polyurethane foams. Fyrol® PCF-LO is soluble in most common organic... view more

Fyrol® PNX by ICL Industrial is a halogen-free additive flame retardant used in flexible polyurethane foam. It is non-corrosive to glass or metals, low fogging and low VOC emissions. It is most... view more

Fyrol® PNX-LE by ICL Industrial is a low emission, halogen-free additive flame retardant used in flexible polyurethane foam. It is non-corrosive to glass or metals, low fogging and low VOC... view more

Fyrolflex® RDP by ICL Industrial is an oligomeric, non-halogen phosphate ester flame retardant. It is designed for use in engineered resin applications such as PPO/HIPS alloys and PC/ABS. Its low... view more

Fyrolflex® RDP-HP by ICL Industrial is a high purity, oligomeric, non-halogen phosphate ester flame retardant. It is designed for use in engineered resin applications such as PPO/HIPS alloys and... view more

Lindol® by ICL Industrial is a tricresyl phosphate and an efficient flame retardant for vinyl and cellulosic plastic composites and in vinyl, cellulose nitrate and ethyl cellulose coatings for... view more

Phosflex® 31L by ICL Flame Retardant is a substituted triaryl phosphate ester effective flame retardant. It allows back-blending with non-flame retarding plasticizers, resulting in favorable... view more

Phosflex® 362 by ICL Industrial is a highly efficient plasticizer for PVC, with excellent low temperature flexibility and solvating properties for fast fusion. Phosflex® 362 is efficient in reducing... view more

Phosflex® 390 by ICL Industrial is an isodecyl diphenyl phosphate, highly efficient plasticizer for PVC, with very good low temperature flexibility and excellent solvating properties for fast... view more

Phosflex® 4 by ICL Industrial is a plasticizer and solvent for cellulose esters, lacquers, plastic and vinyl resins. It is used for a wide variety of applications, including as a solvent extractant... view more

Phosflex® 418 by ICL Industrial is an alkyl diphenyl phosphate designed for flame retarding flexible PVC. Phosflex® 418 has low volatility, excellent low temperature flexibility, low smoke... view more

Phosflex® 41L by ICL Industrial is a substituted triaryl phosphate ester effective flame retardant. Phosflex® 41L allows back-blending with non-flame retarding plasticizers, resulting in favorable... view more

Phosflex® 71B by ICL Industrial is a mixture of butylated triphenyl phosphate ester. It is an effective flame retardant plasticizer with good compatibility in PVC and other polymers such as modified... view more