Jiangsu Orange Biodegradable Plastics Co., Ltd.
Company Description
Company Info
Hengwei Pioneering Park, No.100, Xishi,
Xinfeng Town, Dantu District
Jiangsu
, Zhenjiang 212141
China
https://bioorange.en.alibaba.com
#10529001
Products Manufactured by this Company
| Brand | SKU | Name | Category | Subcategory | Color & Printed/Unprinted | Maximum Thickness/Usage |
|---|---|---|---|---|---|---|
| Orangebio | BIO-013 | Compostable Bags | Bags | Kitchen Food Waste Bags | Green or Natural, Printed | 6-41 microns |
| Orangebio | BIO-002 | Compostable Bin Bags | Bags | Kitchen Food Waste Bags | Green or Natural, Printed | 6-41 microns |
| Orangebio | BIO-012 | Compostable Can Liners, Bin Liners | Bags | Kitchen Food Waste Bags | Green or Natural, Printed | 6-41 microns |
| Orangebio | BIO-006 | Compostable Die Cut Bags | Bags | Retail Merchandise Bags (Food-Related Use) | Green or Natural, Printed | 6-41 microns |
| Orangebio | BIO-011 | Compostable Flat Bags | Bags | Retail Merchandise Bags (Food-Related Use) | Green or Natural, Printed | 6-41 microns |
| Orangebio | BIO-010 | Compostable Food Bags | Bags | Produce Bags | Green or Natural, Printed | 6-41 microns |
| Orangebio | BIO-001 | Compostable Kitchen Bags | Bags | Kitchen Food Waste Bags | Green or Natural, Printed | 6-41 microns |
| Orangebio | BIO-004 | Compostable Kitchen Bags | Bags | Kitchen Food Waste Bags | Green or Natural, Printed | 6-41 microns |
| Orangebio | BIO-003 | Compostable Small Bin Bags | Bags | Kitchen Food Waste Bags | Green or Natural, Printed | 6-41 microns |
| Orangebio | BIO-005 | Compostable T-Shirt Shopping Bags | Bags | Retail Merchandise Bags (Food-Related Use) | Green or Natural, Printed | 6-41 microns |
| Orangebio | BIO-009 | Compostable Vegetable Bags | Bags | Produce Bags | Green or Natural, Printed | 6-41 microns |
© 2024 BPI is a science-driven organization that supports a shift to the circular economy by promoting the production, use, and appropriate end of lives for materials and products that are designed to fully biodegrade in specific biologically active environments.