Polyplastics DURAFIDE 7140A4 is a polyphenylene sulfide (PPS) product, filled with 30% carbon fiber reinforced material, DURAFIDE 7140A4 Polyplastics PPS high wear resistance PTFE lubrication, flame retardant and fireproof V-0 Grade, conductive grade, original factory genuine spot supply.
Polyplastics DURAFIDE PPS 7140A4 Polyplastics Original Package/PPS Features:
The mechanical strength is particularly high, especially its bending strength value is very high, and it has excellent elastic recovery characteristics.
Has high toughness, compressive properties and shear properties values.
It still has excellent creep resistance under high temperature and high load, and it also shows excellent fatigue resistance for cyclic stress.
High elongation and impact strength, greatly improved the brittleness of the previous PPS resin, which was considered a disadvantage.
Can withstand 260 ℃, 10 seconds of immersion in the electric soldering bath, enough to meet the requirements of the surface assembly technology of electronic components.
There are very few ionic impurities, and it may also be used in fields with very strict requirements on electrical properties.
The volume resistivity changes very little under high humidity and high temperature conditions, and the dielectric constant hardly changes with the cycle number and temperature. It has very good properties as an electrical insulating material.
The fusion strength is high, and the secondary processing characteristics such as tapping and pressing are excellent.
PPS was first industrialized by the American Phillips Company in 1971. After the patent expired, Japanese companies also began to develop and produce it. The world’s top five PPS manufacturers are Phillips, Toray, Ticona, Polyplastics and Nippon Dai Ink.
DURAFIDE PPS Polyplastics 7140A4 supplies the original factory package Polyplastics/PPS Applications:
When using nylon (PA), polyoxymethylene (POM), polyethylene terephthalate (PET) and polysulfone (PSU) in various fields of machinery industry, there are defects that cannot meet the technical requirements, while using poly imide (PI)Polyetheretherketone (PEEK) and polyamide-imide (PAI) are too expensive, so choosing to use PPS should be an ideal engineering plastic.
1. Chemical industry: reaction tanks, pipelines, valves, chemical pumps, etc. for synthesis, transportation and storage of materials
2. Mechanical field: pump casing, pump wheel, valve, fan, flow meter parts, flange, universal head, impeller, blade, gear, eccentric wheel, bearing, clutch and wear-resistant parts.
3. Electronic and electrical fields: transformer bobbin, high-frequency coil bobbin, plug, socket, wiring frame, contactor drum disc and various precision parts, etc.
4. Electronics and electrical: packaging of microelectronic components, coil bobbins, motor casings, relays, trimmer capacitors, point rinses on engines, electric rinse brackets, starter coils, shielding covers, etc.
5. Precision instruments: computers, timers, copiers, temperature sensors, and casings and components of various measuring instruments
6. Automobiles: automotive functional parts, igniters, heaters, thermostats, lamp holders, bearings, clutches, transmissions, gearboxes, bearing brackets, exhaust system components.
7. Daily necessities: shells, handles, sockets, binding posts and terminal boards of high-voltage and high-temperature products such as TVs, hair curlers, hair irons, and irons.
Japan-Polyplastics DURAFIDE PPS 7140A4 physical properties table parameters
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