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rPET IMR Surface Decoration

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返回中文介面:rPET IMR表面裝飾
In-mold release (IMR) is one of the most eco-friendly processes in plastic surface decoration. It utilizes the principle of printing decorative images and functional coatings (e.g.: anti-scratch, anti-bacterial, smooth touch) onto thin film and transferring the images and coating onto plastic objects through injection molding. This eliminates the need for secondary processing and decreases waste VOCs and water compared to traditional methods (e.g.: spray coating, water transfer printing, electroplating). IMR thin film transfer printing utilizes 40% rPET and decreases the use of petroleum materials. This thin film material has passed GRS certification. more

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Material Features
Related Metrials

1-027-K31.

07F.05.04

Polyester sheet

1-045-B01.

07B.04.02

100% Recycled PET Material Self-Reinforcing Sheet

1-024-K31.

07F.05.01

Polyester reflective material

1-246-B01

rPET Waste Label Pellet

Recycled PET Cosmetic Container

1-067-B01

Recycled PET Cosmetic Container

1-274-A41

rPET Buckles Series

1-119-A31.

08B.03.05

Recycled PET Polyester Plastic Wood

1-121-A31.

08B.04.02

Recycled PET hanger

1-053-B01.

07B.05.04

Recycled PET Packing Belt

1-158-F34.

09F.05.04

Recycled PET Single Material Zipper

Recycled Poly Leather Non-Woven Sheet

1-328-B01

Recycled Poly Leather Non-Woven Sheet

1-068-B01.

08F.02.01

Polyethylene terephthalate glycol Printing Wire

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In-mold release (IMR) is one of the most eco-friendly processes in plastic surface decoration. It utilizes the principle of printing decorative images and functional coatings (e.g.: anti-scratch, anti-bacterial, smooth touch) onto thin film and transferring the images and coating onto plastic objects through injection molding. This eliminates the need for secondary processing and decreases waste VOCs and water compared to traditional methods (e.g.: spray coating, water transfer printing, electroplating). IMR thin film transfer printing utilizes 40% rPET and decreases the use of petroleum materials. This thin film material has passed GRS certification.