H-4000

 H-3000

 H-2000

 S-3000

 S-2000

 S-1000

 E-2000

 N-9

 FPR3000

 FPR3500

 FPR4500

 EFR2150

 EFR2151H

 EFR3000

 EFT3200

 EFT3200H

 EFT2200

 ML-200

 ML-300

 ML-400

 CLV1000

 CLS1000

 CLS400

 CLS3400

 RS-3001R

 RS-1001R

 EB-3001R

 DS-3002R 7011A

 DS-3002R 7031A

 DS-3002R 7051A

 DH-3002R

 EFD2110U

 EFD2230U

 EHR3100

 EHR3150

 EHR3400

 EHR3200

 EHG2010R

 HL-3000

 HL-4000

 HL-7001

 HL-8000

 GSH2010R2

 GSH2020R2

 GSH2030R2

 GSH2040R2

 GSH2010KR

 GSH2020KR

 GSH2030KR

 GSH2040KR

 GSH2030R2 K807

 GSH2030R2 991J

 GSH2030FT

 GS2010MN1

 GS2020MN1

 GS2030MN1

 GSH2020DF

 GSH2030DF

 GSH2040DF

 GSH2050DF

 GPN2020DF

 GPN2030DF

 GPN2040DF

 GPF2040DF

 GPN2050DF

 GPX2050DF

 GSH2010LR Y082

 GSH2020LR Y083

 GSH2020TR 9005

 GSH2010DR 9911A

 GSH2020DR 9913A

 GSH2010SR 9920A

 GSH2020SR 9920A

 GSH2020DT 9010

 GSH2030SR 9920A

 GPX2010PH

 GSH2010PH

 EGN2010R2

 EGN2020R2

 EGN2030R2

 EGN2010KR

 EGN2020KR

 EGN2030KR

 EGN2010DR 9911A

 EGN2020DR 9913A

 EGW2010DR 9005

 EGW2020DR 9005

 EGN2030R2 K807

 EGN2020DF

 EGN2030DF

 EGN2040DF

 EGN2050DF

 EGN2020BR

 CFH2010

 CFH2020

 CFH2030

 CGH1010R2

 CGH1020KR

 CGH2010KR

 LSH2010

 LSH2020

 LSH2030

 ECF2010R

 ECF2015R

 ECF2020R

 ECF2030R

 LGH2230M

 LGH2330M

 LGH2410M

 LCH2315

 LCH2410

 LCH2415

Physical Properties of PC Plastic Raw Materials for Mitsubishi Engineering in Japan

PC is a non crystalline engineering material with particularly good impact strength, thermal stability, glossiness, antibacterial properties, flame retardancy, and pollution resistance. The notched Izod impact strength of PC is very high, and the shrinkage rate is usually 0.1%~0.2%.

Chemical Properties of PC Plastic Raw Materials for Mitsubishi Engineering in Japan

PC has good mechanical properties, but poor flow characteristics, making the injection molding process of this material more difficult. When selecting PC materials of what quality, the final expectations of the product should be taken as the benchmark. If the plastic parts require high impact resistance, then use PC materials with low flow rates; On the contrary, PC materials with high flow rates can be used to optimize the injection molding process.

PC plastic raw material is a new type of thermoplastic, with a transparency of 90%, and is known as a transparent metal. It is rigid and has toughness, high impact strength, high dimensional stability, and a wide range of operating temperatures. It has good electrical insulation performance, heat resistance, and non-toxicity, and can be molded by injection or extrusion. PC plastic has excellent thermal properties and can be used for a long time between -100 ℃ and 130 ℃, with a embrittlement temperature below -100 ℃.

Although polycarbonate has poor resistance to cracking and drug resistance, is prone to hydrolysis at high temperatures, has poor compatibility with other resins, and has poor lubrication performance, it can be modified by adding other resins or inorganic fillers to achieve excellent performance.

Application Scope of PC Plastic Raw Materials for Mitsubishi Engineering in Japan

Optical lighting: used for manufacturing large lampshades, protective glass, left and right eyepiece tubes for optical instruments, and can also be widely used as transparent materials on airplanes.

Electronic appliances: Polycarbonate is an excellent E (120 ℃) grade insulation material used in the manufacturing of insulation connectors, coil frames, sockets, insulation sleeves, telephone shells and parts, and battery shells for mining lamps. It can also be used to produce components with high dimensional accuracy, such as optical discs, telephones, electronic computers, video recorders, telephone switches, signal relays, and other communication equipment. Polycarbonate thin film is also widely used as capacitors, insulated leather bags, audio tapes, color video tapes, and so on.

Mechanical equipment: used for manufacturing various gears, racks, worm gears, worms, bearings, cams, bolts, levers, crankshafts, ratchets, and can also be used as mechanical components such as shields, covers, and frames.

Medical equipment: Cups, barrels, bottles, dental instruments, drug containers, and surgical instruments that can be used for medical purposes, and even artificial organs such as kidneys and lungs.

Other aspects: used as hollow reinforced double wall panels, greenhouse glass, etc. in architecture; Used in the textile industry as textile tubes, textile machine bearings, etc; In terms of daily use, it is used for milk bottles, tableware, toys, and models.