Increases light transmittance and heat resistance and reduces yellowness by applying isosorbide; a new eco-friendly material；Development of high-transmittance polycarbonate strengthens global headlamp material market position
Produced eco-friendly polycarbonate using more than 90% recycled waste plastics, Maintains the advantages of general PC while meeting the highest grade of UL eco-friendly certification and acquiring flame resistance qualifications.
Increases light transmittance and heat resistance and reduces yellowness by applying isosorbide; a new eco-friendly material；Development of high-transmittance polycarbonate strengthens global headlamp material market position
Increases light transmittance and heat resistance and reduces yellowness by applying isosorbide; a new eco-friendly material；Development of high-transmittance polycarbonate strengthens global headlamp material market position
Produced eco-friendly polycarbonate using more than 90% recycled waste plastics, Maintains the advantages of general PC while meeting the highest grade of UL eco-friendly certification and acquiring flame resistance qualifications.
Produced eco-friendly polycarbonate using more than 90% recycled waste plastics, Maintains the advantages of general PC while meeting the highest grade of UL eco-friendly certification and acquiring flame resistance qualifications.
Developed based on Si-PC with excellent shock and chemical resistance at low temperatures, overcoming weaknesses of previous flame retardant PC, Eco-friendly and maintaining transparency and properties of common PC. Highest grade in UL 94 vertical burning test (V-0)
Developed based on Si-PC with excellent shock and chemical resistance at low temperatures, overcoming weaknesses of previous flame retardant PC, Eco-friendly and maintaining transparency and properties of common PC. Highest grade in UL 94 vertical burning test (V-0)
