Recycled Stand up Pouch PE Plastic Bags

• Shape：Plastic Bags
• Material：Laminated Material
• Feature：Moisture Proof, Recyclable, Bio-Degradable, Disposable, Shock Resistance
• Application：Food, Promotion, Household, Chemical, Apparel
• Making Process：Plastic Packaging Bags
• Raw Materials：High Pressure Polyethylene Plastic Bag

=== Base Info ===

• Specification：customized
• Transport Package：Normal Export Paper Cartons
• Thickness：30-200mic
• Colors：12 Colors
• Plastic Bags：Laminated
• Item：Biodegradable Standing up Pouch
• Bag Variety：Your Bag
• Model NO.：Recycled
• Trademark：customized
• Origin：Qingdao China
• HS Code：3923290000
• Production Capacity：300000000

=== Description ===

Name

 standing up pouch

Origin

China

Thickness

 50-150mic  ,

Grade

Food grade

Usage

Food

Type

standing up pouch

Print & color

Gravure printing, 1~ 12colors

Size

standing up pouch

Customized Logo & design

Available, up to your requirement

Features

Recyclable, Food grade  and good quantity         

Payment

T/T, Western Union,paypal

Delivery

Within 15-25 days,according to the quantity

Packaging

Export paper cartons

Certificates

 

 

 

 

 

 

SGS international verification and authentication

Business Certificate

Import and Export Licence

ISO 9001, HACCP, BRC, QS

Factory Audit Report

2002/72/EC         

94/62/Ec

Degradable plastic using cornstarch or D2W based adivitives possess many undesirable properties. Specifically, plastic incorporating cornstarch based adivitives cannot be recycled and contaminate the recycling process. They may also emit methane when degrading. Biodegradable plastics can be recycled along with regular plastic and do not emit methane.


Recyled plastic is made by blending a pro-degradent adivitive into the plastic during the extrusion process. The adivitive causes the molecular structure of plastic to break down when exposed to heat or sunlight. The plastic will eventually be in a state where it can be digested by microorganisms. At this point, the plastic will degrade at a faster rate until it has fully degraded into carbon dioxide, water, and biomass.




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