F-2016 is a brominated polymeric flame retardant epoxy. It is recommended for use in ABS, HIPS and polyolefins. Due to the polymeric nature and chemical structure of F-2016, it is non-blooming and exhibits high thermal stability, high UV stability and good processability. With a low softening temperature, it mixes and disperses readily into polymer systems. Relevant…
F-2100 is a polymeric brominated epoxy flame retardant recommended for use in PBT, PET and PC alloys. Due to the polymeric nature and chemical structure of F-2100, it is non-blooming and exhibits high thermal stability, high UV stability and good processability. Relevant documents: F-2100 Doc – PDF File
F-2100H is a polymeric brominated epoxy flame retardant additive recommended for use in PBT, PET and PC alloys. Due to the polymeric nature and chemical structure of F-2100H, it is non-blooming and exhibits high thermal stability, high UV stability and good processability. Relevant documents: F-2100H Doc-PDF File
F-2100L is a brominated polymeric flame retardant epoxy. It is recommended for use in PBT, PET and PC alloys. Due to the polymeric nature and chemical structure of F-2100L, it is non-blooming and exhibits high thermal stability, high UV stability and good processability. With a low softening temperature, it mixes and disperses readily into polymer…
F-2400 is a high molecular weight brominated polymeric flame retardant, recommended for use in a broad range of thermoplastics, such as PBT, PET, polyamides, thermoplastic polyurethanes, PC and styrenics alloys. Due to the polymeric nature and chemical structure of F-2400, it is non-blooming and exhibits high thermal stability, high UV stability and good processability. Relavant…
F-2400E is a high molecular weight brominated polymeric flame retardant, recommended for use in a broad range of thermoplastics, such as PBT, PET, polyamides, thermoplastic polyurethanes, PC and styrenics alloys. Due to the polymeric nature and chemical structure of F-2400E, it is non-blooming and exhibits high thermal stability, high UV stability and good processability.
F-2400H is a high molecular weight brominated polymeric flame retardant, recommended for use in a broad range of thermoplastics, such as PBT, PET, polyamides, thermoplastic polyurethanes, PC and styrenics alloys. Due to the polymeric nature and chemical structure of F-2400H, it is non-blooming and exhibits high thermal stability, high UV stability and good processability. Relevant…
F-3014 is a tribromophenol end-capped brominated epoxy flame retardant additive. It is recommended for use in styrenic copolymers (HIPS and ABS). F-3014 has high FR efficiency combined with good processability in both extrusion and injection molding processes. F-3014 is non-blooming, exhibits high thermal stability, good HDT, impact strength, mechanical properties and UV stability in HIPS…
F-3020 is a tribromophenol end-capped, brominated epoxy polymeric flame retardant recommended for use in styrenic copolymers. F-3020 has high FR efficiency combined with good processability in both extrusion and injection molding processes. F-3020 is non-blooming, exhibits high thermal stability, low metal adhesion, good HDT, impact strength, mechanical properties and UV stability in HIPS and ABS…
F-3060 is a tribromophenol end-capped, brominated epoxy polymeric flame retardant recommended for use in PBT, PET and styrenic copolymers. F-3060 has high FR efficiency combined with good processability in both extrusion and injection molding processes. F-3020 is non-blooming, exhibits high thermal stability, low metal adhesion, good HDT, impact strength, mechanical properties and UV stability Relevant…
F-3100 is a high Mw, tribromophenol end-capped, brominated epoxy polymeric flame retardant recommended for use in engineering thermoplastics such as PBT, PET, styrenic copolymers and their alloys and polyamides. F-3100 has a high FR efficiency combined with good processability in both extrusion and injection molding processes. Particular advantages are high and stable melt flow during…
FR- 1025 is a polymeric flame retardant with high aromatic bromine content, providing formulations with good thermal stability properties. FR-1025 is especially suitable for applications in engineering thermoplastics (PET, PBT, Polyamide and styrenic copolymers). FR-1025 clear advantages exhibit superior processability, flow, thermal stability and impact. FR-1025 has a high compatibility with glass fiber reinforcement and…
FR-1120 is a calcium-based, borate flame retardant additive. This product functions as an alternative synergist in halogenated flame-retarded PBT, Polyamides and Styrenics polymers based systems. It also functions as a synergist additive in low smoke, zero-halogen (LSZH) Polyolefins (PP, PE and copolymers), employing aluminum tri-hydrate and magnesium hydroxide as mineral fillers. Relevant document: FR-1120 Doc-PDF…
Decabromodiphenyl Ethane FR-1410 is an additive flame retardant containing 82% aromatic bromine. Its high bromine content coupled with its exceptional thermal stability makes it the material of choice for a large variety of applications. Major application areas include HIPS, Low and High Density Polyethylene, Polypropylene (Homopolymers and Copolymers), Elastomers, PBT, Polyamides, UPE and Epoxy. Relevant…
Tetrabromobisphenol-A FR-1524 is widely used as a reactive flame retardant in the manufacture of epoxy, phenolic and polycarbonate flame retarded resins.
FR-20 300 is a high purity Magnesium Hydroxide, based on mineral raw material from the Dead Sea and special production technology. It is a non-halogen flame retardant with low smoke emission During the decomposition process no toxic or corrosive gases are generated. FR-20 300 is a surface-treated grade of Magnesium Hydroxide intended for use in…
FR-20 400 is a high purity Magnesium Hydroxide, based on mineral raw material from the Dead Sea and special production technology. It is a non-halogen flame retardant with low smoke emission. During the decomposition process no toxic or corrosive gases are generated. In addition, it is an excellent smoke suppressant and acidscavenger. Its high thermal…
FR-20 500 is a high purity Magnesium Hydroxide, based on mineral raw material from the Dead Sea and special production technology. It is a non-halogen flame retardant with low smoke emission. During the decomposition process no toxic or corrosive gases are generated. In addition, it is an excellent smoke suppressant and acid scavenger. Its high…
FR-20-100 is a high purity Magnesium Hydroxide, based on mineral raw material from the Dead Sea and special production technology. It is a non-halogen flame retardant with low smoke emission. During the decomposition process no toxic or corrosive gases are generated. In addition, it is an excellent smoke suppressant and acid scavenger. Its high thermal stability…
FR-20-200 is a high purity Magnesium Hydroxide, based on mineral raw material from the Dead Sea and special production technology. It is a non-halogen flame retardant with low smoke emission. During the decomposition process no toxic or corrosive gases are generated. In addition, it is an excellent smoke suppressant and acid scavenger. Its high thermal stability…
FR-245 is a proprietary, additive flame retardant. The combination of aromatic bromine and cyanurate provides high FR efficiency and good thermal stability. A major use of FR-245 is in ABS and HIPS. FR-245 combines good UV, impact and flow properties. Relevant document: FR-245 Doc-PDF File
FR-370 is an additive flame retardant developed for PP and HIPS application, to reach class V-2 according to the UL 94 standard, with outstanding UV and light stability. The combination of both a high bromine content (70%) and phosphorous (3%) contributes to its excellent flame retardant efficiency. Relevant document: FR-370 Doc-PDF File
FR-720 is an additive flame retardant containing both aromatic and aliphatic bromine. FR-720 is suitable for polyolefin and styrenic resins and it is especially recommended for UL-94 class V-2. It is also applicable in class V-0 polypropylene. FR- 720 is cost efficient and maintains good physical properties of the compound. Relevant document: FR-720 Doc-PDF File
FR- 803P is a high aromatic bromine content, polymeric flame retardant. FR-803P provides superior thermal stability as well as non-blooming properties. FR-803P has high CTI and low conductivity, making it most suitable for application in engineering thermoplastics such as polyamide, PET, PBT and their alloys. Relevant document: FR-803P Doc-PDF File
Fyrolflex® RDP 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 volatility and high heat stability make Fyrolflex® RDP suitable for high temperature processing. Low viscosity Fyrolflex® RDP demonstrates improved processing characteristics in ABS and HIPS for thin wall…
Fyrolflex® RDP 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 PC/ABS. Its low volatility and high heat stability make Fyrolflex® RDP suitable for high temperature processing. Low viscosity Fyrolflex® RDP demonstrates improved processing characteristics in ABS and HIPS for…
FyrolflexTM Sol-DP IS an oligomeric, free flowing solid pastilles phosphate ester flame retardant. It is designed for use in engineered resin applications such as PPO/HIPS alloys, PC and PC alloys and styrenics. Being a melting solid (MP 101-108°C), FyrolflexTM Sol-DP offers processing advantages over other non-halogen additives currently offered for the same application. Relevant documents: Fyrolflex® Sol-DP –…
