Fiberglass Reinforced 40% PPS Japan Toray A504X90 Automotive Application

Description :

　　PPS Japan Toray A504X90

　　PPS polyphenylene sulfide; 40% glass fiber reinforced material

　　Polyphenylene sulfide (PPS) is a large variety of special engineering plastics, along with polycarbonate (PC), polyester (PET), and polyoxymethylene (POM)

　　Nylon (PA) and polyphenylene oxide (PPO) are collectively known as the "six major engineering plastics in the world" and are also one of the eight major aerospace materials.

　　PPS has the characteristics of high temperature resistance, radiation resistance, corrosion resistance, wear resistance, flame retardancy, high modulus, high size, stability, excellent electrical performance, and good forming and processing performance,

　　It has applications in many industries. In recent years, the increasing demand for personalized products has been driving the continuous progress of the modified PPS industry.

　　Polyphenylene sulfide PPS plastic is widely used in

　　In terms of electronics: high-voltage components, casings, sockets, terminals on televisions and computers, starting coils and blades of electric motors, brush holders and rotor insulation components, contact switches, relays, irons, hair dryers, lamp heads, heaters, F-grade films, etc.

　　Automotive industry: suitable for exhaust gas recirculation valves and water pump impellers, as well as vaporizers, exhaust devices, exhaust control valves, light reflectors, bearings, sensing components, etc.

　　Machinery industry: used as bearings, pumps, valves, pistons, precision gears, as well as photocopiers, cameras, computer parts, conduits, spray, fuel nozzles, instrument parts, etc.

　　In the field of chemical engineering, it is used to produce acid and alkali resistant valves, pipelines, fittings, valves, gaskets, and corrosion-resistant components such as submersible pumps or impellers. There are significant applications in the chemical industry, electronic and electrical industry, and material manufacturing industry, such as the production of various high-temperature resistant and insulating devices, the production of anti-corrosion seals, the production of precision electrical connectors, high-temperature resistant contactors, the production of chemical equipment linings, radiation resistant products, etc

　　Engineering plastics: manufacturing automotive parts, anti-corrosion coatings, electrical insulation materials, etc.

　　PPS Japan Dongli A504X90 Physical Property Table:

　　Filler/Reinforcement Material: Glass fiber reinforced material, 40% filler by weight

　　Appearance: Black, natural color

　　Physical performance rating unit testing method

　　Density (23 ° C) 1.66 g/cm3 ISO 1183

　　Internal method of shrinkage rate

　　Vertical flow direction: 3.00 mm 1 0.80% internal method

　　Flow direction: 3.00 mm 2 0.20% internal method

　　Water absorption rate (23 ° C, 24 hr) 0.020% ISO 62

　　Test method for hardness rating unit system

　　Rockwell hardness (R-scale) 122 ISO 2039-2

　　Mechanical performance rating unit testing method

　　Tensile stress (23 ° C) 200 MPa ISO 527-2

　　Tensile strain (fracture, 23 ° C) 1.8% ISO 527-2

　　Bending modulus (23 ° C) 15500 MPa ISO 178

　　Bending stress (23 ° C) 305 MPa ISO 178

　　Shear strength (23 ° C) 80.0 MPa JIS K7214

　　Friction coefficient 3 0.25

　　Taber abrasion resistance (1000 cycles) 50.0 mg ISO 9352

　　Test method for impact performance rating unit system

　　Simply supported beam notch impact strength (23 ° C) 11 kJ/m2 ISO 179

　　Simply supported beam without notch impact strength (23 ° C) 55 kJ/m2 ISO 179

　　Test method for thermal performance rating unit system

　　Hot deformation temperature (1.8 MPa, unannealed) 260 ° C ISO 75-2/A

　　Melting temperature 278 ° C ISO 11357-3

　　Linear coefficient of thermal expansion ISO 11359-2

　　Flow 2.3E-5 cm/cm/° C ISO 11359-2

　　Horizontal 3.1E-5 cm/cm/° C ISO 11359-2

　　Test method for unit system of rated electrical performance values

　　Volume resistivity 1.0E+16 ohms · cm IEC 60093

　　Dielectric strength 24 kV/mm IEC 60243-1

　　Dielectric constant 4 (23 ° C, 1 MHz) 4.20 IEC 60250

　　Dissipation factor 5 (23 ° C, 1 MHz) 2.0E-3 IEC 60250

　　Test method for flammability rating unit system

　　UL flame retardant rating (0.280 mm) V-0 UL 94

　　Test method for rating unit system of supplementary information

　　Bar Flow Length 6 (320 ° C, 1.00 mm) 135 mm Internal Method

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