SAMTION INTERNATIONAL LIMITED
Email: mk1@samtion.com TEL: +8618002579887
Home
Home
>
News
>
Company news about Covestro Makrolon PC — Optical Clarity and Impact Strength for Demanding Applications
Events
LEAVE A MESSAGE

Covestro Makrolon PC — Optical Clarity and Impact Strength for Demanding Applications

2026-11-09

latest company news about Covestro Makrolon PC — Optical Clarity and Impact Strength for Demanding Applications

  Polycarbonate (PC) is the only material among the “Big Five” engineering plastics that combines exceptional transparency with high mechanical strength, achieving visible light transmission exceeding 90% alongside virtually unbreakable impact resistance, outstanding heat resistance, and dimensional stability. The Covestro Makrolon PC series supplied by resinpc.com covers UV-stabilized, flame-retardant, medical-grade, and high-viscosity easy-release grades, widely used in automotive components, electronics, medical devices, and food-contact applications.

On the market side, the global PC market is projected to range between USD 7 billion and USD 11 billion in 2026, with a CAGR of approximately 2.2%–4.2% from 2026 to 2031. PC performs across a temperature spectrum from −100°C to 130°C, combining excellent electrical insulation with low smoke and low corrosive gas emissions, making it particularly suitable for office machines, communication equipment, instrumentation, and transparent medical devices requiring repeated disinfection. UV-resistant PC sheet achieves up to 89% light transmission with impact strength 250–300 times that of glass, suited to glazing, automotive, and protective equipment applications. The Makrolon ET UV130 high-viscosity easy-release grade offered by resinpc.com is designed for coextrusion, meeting demanding requirements for weatherability and processing stability in outdoor and optical components

Contact Us at Any Time

+8618002579887
Room 803B, 8/F., West Coast International Building, 290-296 Un Chau Street, Cheung Sha Wan, Kowloon, Hong Kong
Send your inquiry directly to us