Safety

Algoflon® D 1610 F is a PFOA-free white aqueous PTFE dispersion. It is designed for additivation of plastics and is particularly recommended for use as anti-drip in flame retardant formulations. Algoflon® D 1610 F exhibits good wetting properties and shear stability. Main features of Algoflon® D 1610 F PTFE dispersion are: - NO polyethoxylated alkylphenols - Very good wetting properties - Good shear stability - Excellent anti-dripping effect

Algoflon® F 5 is a fine cut homopolymer PTFE powder that is white, granular and non-free flowing. It is designed for filled grades and in particular is recommended for compounds with glass fiber since it allows good degassing during the sintering process. Main features of Algoflon® F 5 are: - Fine particle size - Narrow particle size distribution - Good blendability - Low porosity

Amodel® AFA-6133 V0 Z is a 33% glass-fiber reinforced, flame retardant grade of polyphthalamide (PPA) resin specifically formulated for connector applications requiring compatibility with both infrared and vapor phase soldering operations typically used by the electronics industry. Amodel® AFA-6133 V0 Z offers high flow and short molding cycles, thereby enhancing molding productivity and lowering costs. - Black: AFA-6133 V0 Z BK 324

Amodel® AFA-6145 V0 Z is a 45% glass-fiber reinforced, flame retardant grade of polyphthalamide (PPA) resin specifically formulated for connector applications requiring compatibility with both infrared and vapor phase soldering operations typically used by the electronics industry. Amodel® AFA-6145 V0 Z offers high flow and short molding cycles, thereby enhancing molding productivity and lowering costs. - Black: AFA-6145 V0 Z BK 324

Amodel® HFFR-4133 is a 33% glass-reinforced, halogen-free, flame retardant polyphthalamide (PPA) resin which offers enhanced processing capabilities for electrical and electronic applications. This resin is rated V-0 by Underwriters Laboratories using the UL94 test and is hot-water moldable. It has high flow and a wide processing window and offers good surface appearance, especially for larger electrical components. This grade can withstand the demanding infrared reflow soldering process typically used in the electronics industry. It is well suited for connectors and other electrical devices requiring surface mount technology (SMT). - Black: HFFR-4133 BK 318

CYANOX® 1790 provides excellent processing and thermal stability, low color contribution and gas-fade resistance, outstanding resistance to extraction and discoloration

CYANOX® 2777 provides excellent processing and thermal stability, gas-fade resistance and low color development, discoloration resistant for all polyolefin applications

CYASORB THT® 7001EF provides superior UV protection for PP, PE and other polymers in applications for outdoor use, appliance housings and wire and cable jacketing.

CYASORB® UV-3346 is based on hindered amine light stabilizer (HALS) chemistry, for use in general purpose applications

CYASTAT® 609 is highly effective for PVC applications, especially where discoloration must be minimized, and provides a good topical static protection for specialty plastic packaging material.

CYASTAT® SN is an effective external antistatic agent which eliminates static charge buildup in plastics.

Low viscosity copolymer for wire & cable applications

Low viscosity copolymer for monofilaments

Halar® 558 fluoropolymer is a resin grade for foam extrusion applications, including primary insulations, coaxialcable cores, cross-webs, fire alarm cable, jackets, and foam tubing. Like other grades of Halar® resin, this grade of resin offers broad use temperature capability, from cryogenic temperatures to 150°C, and excellent chemical resistance to a wide variety of acids, bases and organic solvents. Cables incorporating Halar® 558 have met the fire performance requirements called out in NFPA 90a ("Standard for Air-Conditioning and Ventilating Systems"). To meet these requirements they must pass NFPA 262 Standard Method of Test for Flame Travel and Smoke of Wire and Cables. In addition Halar® 558 resin has excellent mechanical properties even in thin walls. The resin melts at 242°C and has predominantly 1:1 alternating units of ethylene and chlorotrifluoroethylene in its polymer chains. Halar® ECTFE can be machined on most standard metal working machines. Since heat may be generated due to the material's low thermal conductivity, coolants may be advisable to prevent softening of the part during machining.

High viscosity copolymer