Material PA66 GF30 FR is a PA66 with 30% glass-fibers and flame retardant free of halogens. This type of polyamide PA66 contains stabilization and is optimized to use in electronic and electric applications. If you are interested, contact us now to get more information about Nylon PA66 GF30 price!
The main advantage of nylon 66 gf30 halogenated FR is that PA66 FR can maintain the original physical and chemical properties of flame retardant products. Thus, nylon material pa66 gf30 is widely used in many industries as in the following.
Electronics field-A series of slots and switches
Home appliance-Internal structure parts of Automatic wok (cooking pot, new items)
Daily necessities structural parts-connecting hinge of furniture
Industrial products structural parts-engine cooling fan
Material PA66 GF30 Halogen-free FR Features
Halogen-free flame retardant nylon PA66 particles is a polyamide materials with new materials (phosphorus and nitrogen) as flame retardant elements. The glass fiber content is 30%. Has the following characteristics:
▲High mechanical strength and good toughness
▲Outstanding fatigue resistance
▲High softening point
Halogen-free flame retardant PA66 material has a high heat distortion temperature, and its heat distortion temperature reaches more than 250 degrees
▲Wear-resistant
▲Corrosion resistance
▲Halogen-free fireproof PA66 has excellent electrical properties
▲Lightweight
Nylon PA 66 GF 30 Halogen-free FR Applications
The main advantage of PA 66 GF 30 halogenated FR is that PA66 FR can maintain the original physical and chemical properties of flame retardant products. Thus, nylon material pa66 gf30 is widely used in many industries as in the following.
Electronics field-A series of slots and switches
Home appliance-Internal structure parts of Automatic wok (cooking pot, new items)
Daily necessities structural parts-connecting hinge of furniture
Industrial products structural parts-engine cooling fan
Material PA66 GF30 Halogen-free FR Processing Detail
Description of the resin extrusion process
The resin and additives are evenly transported to the raw material feeder through high-speed stirring. The flow rate is controlled by the feeder, and the mixed material is supplied to the extruder (special materials can be supplied separately). The material is plasticized and kneaded at high temperatures in the extruder and extruded into resin strips. Finally, it is cooled, diced, screened, and dried to make granules of uniform size.
