Guangzhou Eric Wei Chemical Co., Ltd.
Guangzhou Eric Wei Chemical Co., Ltd.

Eastman Trēva Engineering Bioplastic GC6011NAT Natural

Eastman Trēva Engineering Bioplastic GC6011NAT Natural is a transparent, bio-based copolyester made from sustainably sourced renewable materials like cellulosic wood pulp. It offers exceptional clarity, impact resistance, and thermal stability—ideal for eyewear, consumer electronics, and medical devices. This natural-grade grade contains zero colorants or additives, delivering inherent UV resistance and easy processability via injection molding or extrusion.
  • eastman tr va engineering bioplastic gc6011nat natural_30fd71b5
  • eastman tr va engineering bioplastic gc6011nat natural_30fd71b5

Features Of Eastman Trēva Engineering Bioplastic GC6011NAT Natural

  1. Renewable carbon content up to 45–50% derived from sustainably sourced wood pulp.

  2. Excellent optical clarity and surface gloss, suitable for premium aesthetic applications.

  3. Outstanding chemical resistance to hydrocarbons, alcohols, and cleaning agents.

  4. Good dimensional stability and low moisture absorption versus conventional polyesters.

  5. Processable on standard injection molding and extrusion equipment without drying pre-treatment.

Typical Applications Of Eastman Trēva Engineering Bioplastic GC6011NAT Natural

  1. Consumer electronics housings and bezels requiring transparency and durability.

  2. Personal care device components including hair dryers, electric shavers, and cosmetic tools.

  3. Automotive interior trim parts such as instrument panel overlays and control knobs.

  4. Medical device enclosures and non-sterile diagnostic housing where clarity and chemical resistance are critical.

Specifications Of Eastman Trēva Engineering Bioplastic GC6011NAT Natural

Chemical TypeTriacetate-based cellulose ester (TAC)
Product FormPellets
AppearanceNatural translucent granules
Primary ApplicationsInjection-molded engineering components requiring clarity and sustainability
Key FeaturesRenewable content, high clarity, chemical resistance, thermal stability
BenefitsReduced fossil carbon footprint, design freedom, compatibility with existing processing infrastructure
Processing MethodInjection molding, extrusion
Regulatory ComplianceMeets FDA 21 CFR §177.1010 for indirect food contact (subject to formulation)


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