Hepla® PBT

Hepla® PBT boasts excellent heat resistance, toughness, fatigue resistance, self-lubrication, weatherability, good dimensional stability, and chemical resistance and good electrical properties. It has a low friction coefficient. At room temperatures, it has excellent resistance to various chemicals, including aliphatic hydrocarbons, gasoline, carbon tetrachloride, perchloroethylene, oil, fat, alcohol, glycol, ester, ether and dilute acid, and alkali. In addition, Hepla® PBT has a low water absorption rate of only 0.1%, and can maintain most of physical properties (like electrical properties and electrical insulation) in humid environment. Hepla® PBT can be rapidly crystallized at low temperatures, with good moldability in short molding cycle. Its molding temperature is much lower than that of many other engineered plastics. In general, Hepla® PBT has greater tensile strength, flexural modulus and dielectric strength, as well as faster and more economical molding process than most thermoset materials.

BRAND AND DESCRIPTION

BRAND	PRODUCT DESCRIPTION AND APPLICATION	DATA SHEET	ROHS	MSDS	REACH
Hepla® H4000 T	High Impact
Hepla® H4000 EC	Electrically Conductive
Hepla® H4000 ES-3	Antistatic
Hepla® H4000 ES-9	Antistatic
Hepla® H4000 FR	Flame Retardant
Hepla® H4000 FR T	Flame Retardant ,High Impact
Hepla® H4000 FR UV	Flame Retardant,UV Stabilized
Hepla® H4000 HD	High Gravity
Hepla® H4000 CNT	Carbon Nanotube
Hepla® H4000 CF EC	Carbon Fiber , Electrically Conductive