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Core Features

Further adjust the performance through fillers or comonomers. Glass bead reinforcement can provide mechanical properties and dimensional stability similar to glass fiber reinforcement while maintaining a super smooth surface, without the need for post-treatment to achieve an ideal surface. Bio modified copolyesters (such as ECOZEN) introduce renewable bio monomers, with an HDT of up to 100 ℃, improved chemical and stain resistance, and inherent UL94 V-2 flame retardant rating.

Mainstream solution

Glass bead reinforcement (ReForm rPETG GB10): avoids the rough surface and abrasion problems of glass fiber reinforcement. Biologically modified copolyester (SK ECOZEN): with a biobased content of 6% to 14%, it reduces carbon footprint.

Key data

-Biomodified copolyester: HDT 100 ℃, UL94 V-2
-Glass bead reinforced PETG: tensile strength 50 MPa, HDT 66~74 ℃

Typical Applications

Large scale additive manufacturing (furniture, retail displays), scenarios that require aesthetically pleasing surfaces and functional strength; The bio modified version is aimed at sustainable packaging and high-end consumer goods.