Manufactured by USI Corporation
USI ViviOn™ CBC 8210 EUT
USI ViviOn™ CBC 8210 EUT
USI ViviOn™ CBC 8210 EUT (UVC Grade) is engineered for superior UVC transmittance (~85% at 275 nm, 1 mm thickness).
Key Performance Advantages:
- Ultra-high clarity (92% light transmittance, low haze)
- Exceptional purity & very low extractables/outgassing
- High UVC and UV‑Vis transparency (UVC grades)
- Low moisture absorption (<0.01%)
- Excellent chemical resistance to acids, bases, alcohols, ketones, and solvents
- Thermal stability & UV durability
- High impact resistance (grade‑dependent)
- Wide processing compatibility (injection, extrusion, ISBM)
- Regulatory compliance for medical, food contact, electronics, and consumer use (USP Class VI, ISO10993, REACH, RoHS, etc.)

Rigid packaging
CBC (Cyclic Block Copolymer) is an advanced specialty polymer engineered through anionic polymerization and catalytic full hydrogenation, enabling exceptional purity, clarity, and performance across demanding applications. Developed through decades of USI’s materials innovation, CBC offers a unique balance of optical, mechanical, thermal, and chemical properties that differentiate it from traditional transparent polymers such as PC, COP, COC, and PMMA.
Flexible packaging
CBC delivers ultra high visible light transmittance (≈92%), very low haze (<1%), and exceptionally low extractables, making it an ideal choice for industries requiring high-purity, high-transparency materials—ranging from medical devices and bio diagnostics to optics, semiconductor carriers, UVC disinfection, and lightweight consumer products.
Textiles
Thanks to its low moisture uptake (<0.01%), superb chemical resistance, and excellent UV and thermal stability, CBC maintains clarity and performance even in harsh environments. Its broad processing versatility—including injection molding, extrusion, and ISBM—enables manufacturers to adopt CBC in diverse forming processes without compromising quality.
- Choosing a selection results in a full page refresh.
- Opens in a new window.