Dongguan Daqian engineering plastic Limited company material spot supply LCP E6807LHF plastic raw material! Technical support: * * *, pin Sales Tel.: Miss Chen * * *.
Corresponding valid report certificates, quality assurance and relevant performance test reports can be provided, such as LCP E6807LHF Material Safety Data Sheet( MS DS)。, LCP E6807LHF UL yellow card LCP E6807LHF ROHS (SGS) report. Welcome new and old customers to negotiate!
The purpose of LCP supplied to LCP E6807LHF B Sumitomo Chemical Co., Ltd.: a. Electronics and electrics are the main market of LCP: the surface assembly welding technology of electronics and electrics has high requirements on the dimensional stability and heat resistance of materials (can withstand the gas phase welding and infrared welding used in the surface assembly technology); b. LCP: printed circuit board, satellite electronic components, jet engine parts, automotive machinery parts, health; c. LCP adding high filler or alloy (PSF/ PBT /PA): used as the packaging material of integrated circuit and used as the packaging material of coil skeleton instead of epoxy resin; As optical fiber cable joint sheath and height element; Replacing ceramics as filling materials in chemical separation towers. Instead of glass fiber reinforced polysulfone and other plastics (the panel outside the spacecraft, the braking system outside the vehicle). LCP has been used in microwave oven containers, which can withstand high and low temperatures. LCP can also be used as printed circuit boards, electronic components of artificial satellites, and parts of jet engines: electronic, electrical, and automotive mechanical parts or components; It can also be used for health. LCP can be added with high filler as the packaging material of integrated circuit to replace epoxy resin as the packaging material of coil skeleton; As head protector and height element for optical fiber cable connector; Replacing ceramics as filling materials in separation towers for chemical industry. LCP can also be blended with polysulfone, PBT, polyamide and other plastics to make alloys. The parts have high mechanical strength after molding, and can be used to replace glass fiber reinforced polysulfone and other plastics, which can not only improve the mechanical strength performance, but also improve the use strength and chemical stability. At present, LCP is being studied for the external panel of spacecraft and the braking system of automobile.
LCP E6807LHF B Sumitomo Chemical LCP features: a. LCP has self reinforcement: it has an unusually regular fibrous structure, so the unreinforced liquid crystal plastic can reach or even exceed the mechanical strength and modulus of ordinary engineering plastics after being reinforced with dozens of percent glass fiber. If glass fiber and carbon fiber are used for reinforcement, it is far more than other engineering plastics. b. Liquid crystal polymers also have excellent thermal stability, heat resistance and chemical resistance. For the creep characteristics of most plastics, liquid crystal materials can be ignored, and wear resistance and antiwear properties are good. c. LCP has good weather resistance, radiation resistance, good flame retardancy, and can extinguish the flame without further combustion. Its combustion level reaches UL94V-0 level. d. LCP has excellent electrical insulation performance. Its dielectric strength is higher than that of ordinary engineering plastics, and its arc resistance is good. Its electrical performance will not be affected under the continuous use temperature of 200-300 ℃. The intermittent use temperature can reach about 316 ℃. e. LCP has outstanding corrosion resistance. LCP products will not be corroded in the presence of 90% acid and 50% alkali. For industrial solvents, fuel oils, detergents and hot water, they will not be dissolved after contact and will not cause stress cracking.
LCP E4008 Sumitomo Chemical LCP Overview: LCP is a new type of polymer with outstanding performance. LCP is a wide range of materials: a. Lyotropic liquid crystal: it needs to be processed in solution; b. Thermotropic liquid crystal: It can be processed in molten state. The more industrialized liquid crystal polymer is the lyotropic poly (p-phenylene terephthalamide) (Kevlar®) developed by DuPont Company in the United States. Because this type of polymer can only be processed in solution and cannot be melted, it can only be used as fiber and coating. The following only includes thermotropic LCPs. LCP appearance: beige (also white opaque solid powder)
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Parameter table:
Performance items | Test conditions [status] | test method | test data | Data unit |
physical property | density | | ASTM D792 | one point six seven | g/cm3 |
Molding shrinkage | flow | | zero point one one | % |
Molding shrinkage | Transverse flow | | zero point six three | % |
Water absorption | | ASTM D570 | zero point zero two zero | % |
Rockwell hardness | | ASTM D785 | one hundred and one | |
Mechanical properties | Tensile strength | | ASTM D638 | one hundred and thirty-four | MPa |
elongation at break | | ASTM D638 | four point five | % |
Bending modulus | 23℃ | ASTM D790 | twelve thousand and one hundred | MPa |
bending strength | 23 ℃, yield | ASTM D790 | one hundred and forty-five | MPa |
shear strength | | ASTM D732 | fifty-three | MPa |
IZOD notch impact strength | 6.4mm | ASTM D256 | one hundred and twenty | J/m |
IZDO Notched Impact Strength | 6.4mm | ASTM D256 | three hundred and forty | J/m |
Thermal performance | Hot deformation temperature | 1.8MPa | ASTM D648 | two hundred and seventy | ℃ |
Thermal conductivity | | JIS R2618 | zero point five six | W/m/K |
Flame retardancy | | UL 94 | V-0 | |
Oxygen index | | JIS K7201 | forty-five | % |
Electrical performance | Volume resistivity | | ASTM D257 | 1.0E 15 | ohm.cm |
Dielectric dissipation constant | 1kHz | ASTM D150 | four point seven | |
Dielectric dissipation constant | 1MHz | ASTM D150 | four point one | |
Dielectric dissipation factor | 1kHz | ASTM D150 | zero point zero two four | |
Dielectric dissipation factor | 1MHz | ASTM D150 | zero point zero three zero | |
Arc resistance | | ASTM D495 | one hundred and eighty | sec |
Follow up index comparison | | IEC 60112 | one hundred and fifty | V |