複合材料

Composite material
Excellent molding shrinkage, high heat-resistance, Customization
◆ High polymer composite material technology
After it was developed in the 60s, polycarbonate (PC) has become a widely used material in the electronics, machinery, and automotive industry thanks to its outstanding mechanical strength, impact-resistance, heat-resistance, and dimensional stability, making it the fastest-growing material in engineering plastics. Modified and strengthened engineering plastic offers exceptional qualities such as heat resistance, mechanical characteristics, dimensional stability, halogen-free, fire-resistance, and impact-resistance. The product can be applied to a variety of backlight module plastic frames. Moreover, engineering plastics offer great formability and mechanical characteristics that are suited to the outer casing of electronics products.
Features and advantages
Features | Advantages |
Excellent molding shrinkage |
Low shrinkage ( 0.4~0.8% ) |
High heat-resistance |
Good thermal stability |
Customization | Proprietary formula design that can be adjusted according to the clients' needs |

Product specifications and applications
Material | Series | Product Applications |
PC | ETR-1001A ETR-1010A |
Resin for injection of various types of backlight module plastic frames |
High polymer composite material series
PHYSICAL | MECHANICAL | |||||||
PROPERTIES | Density | Melt flow index |
Tensile Strength |
Flexural strength |
Flexural moduls |
Izod. Impact strength |
Elongation | |
Unit | g/cm³ | g/10 min | kg/cm² | kg/cm² | kg/cm² | kj/m² | % | |
Test method | ASTM D792 | ASTM D1238 | ASTM D638 | ASTM D638 | ASTM D638 | ASTM D256 | ASTM D638 | |
ETR-1001A | PC+10%GF | 1.242±0.02 | 21±4 | 570 | 950 | 27,000 | 5 | 11 |
ETR-1010A | PC | 1.185±0.02 | 21±3 | 580 | 960 | 21,500 | 36 | 110 |


