PC日本住友化學(xué)301-06

 PC日本住友化學(xué)301-10

 PC日本住友化學(xué)301-15  

 PC日本住友化學(xué)301-22

 PC日本住友化學(xué)301-22

 PC日本住友化學(xué)301-30

 PC日本住友化學(xué)301-4

 PC日本住友化學(xué)301-40

 PC日本住友化學(xué)301V-10

 PC日本住友化學(xué)302-4

 PC日本住友化學(xué)303-06

 PC日本住友化學(xué)303-10

 PC日本住友化學(xué)303-15

 PC日本住友化學(xué)303-22

 PC日本住友化學(xué)875-20

 PC日本住友化學(xué)FD5021H

 PC日本住友化學(xué)IR5131V  

 PC日本住友化學(xué)LD-2050M

 PC日本住友化學(xué)LR8031V  

 PC日本住友化學(xué)SD2201W  

 PC日本住友化學(xué)ST5131V  

 PC日本住友化學(xué)ST5301L  

 PC日本住友化學(xué)ST5301V

 PC日本住友化學(xué)TR1501A  

 PC日本住友化學(xué)TR1501A

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 , 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.