Nofia® CO3000 by FRX polymers is a flame retardant. It is poly(phosphonate-co-carbonate) and is part of a family of products that are produced in a range of high to low phosphonate content. It... view more

Nofia® CO6000 by FRX polymers is a poly(phosphonate-co-carbonate)-based flame retardant. It is part of a family of products that are produced in a range of high to low phosphonate content. It offers... view more

Nofia® HM1100 by FRX Polymers is a phosphorus based homopolymer. Acts as a flame retardant. Contains 10.8 wt.% phosphorus. Possess exceptionally high limiting oxygen index, particularly well-suited... view more

Nofia® HM5000 by FRX polymers is polyphosphonate that is phosphorus-based additive suitable for flame retarding both thermoplastics (elastomers) and thermoset resins. It allows the production of... view more

Nofia® HM7000 by FRX polymers is a transparent, phosphorus-based flame retardant. It offers an exceptionally high limiting oxygen index. It is a transparent polymer with a glass transition... view more

Nofia® HM9000 by FRX polymers is a transparent, phosphorus-based flame retardant. It offers an exceptionally high limiting oxygen index. It is a transparent polymer with a glass transition... view more

Phosphorus based flame retardant. It contains reactive phenolic end groups for incorporation into resins. Nofia™ OL1001 is transparent and is highly soluble in the typical solvents used in thermoset... view more

Phosphorus based flame retardant. It allows high extrusion throughput rates and a superior surface quality. Has ability to achieve the most stringent FR specifications at a thickness of 0.4mm while... view more

Phosphorus based flame retardant. It contains reactive phenolic end groups for incorporation into resins. Nofia® OL3001 is transparent and is highly soluble in the typical solvents used in thermoset... view more

Phosphorus based flame retardant. It allows high extrusion throughput rates and a superior surface quality. Has ability to achieve the most stringent FR specifications at a thickness of 0.4mm while... view more