Newly Arrival Decaffeinated Green Tea Bags - Biodegradable PLA corn fiber heat seal roll – JIERO GROUP

Specification

Size: 140mm/160mm
Net:17kg/20kg
Package: 6rolls/carton 102*34*31cm
Our standard width is 140mm and 160mm etc. But we can also cut the mesh into tea filter bag’s width according to your request.
Good permeability, superior infusion, excellent strength at sealing joint, disposable, eliminating mess, saving time and costing only pennies, food grade, use safely
Corn fiber is made from natural corn fiber, food-grade material, using corn as raw material.
it has high temperature, good permeability, easy degradation, environmental protection, convenient and convenient.

Usage

Teabag,coffee bag,Agriculture,Industry,Construction,Decoration,Food and so on,

Material Feature

PLA biodegradable materials made from corn fiber as raw material and can be decomposed into water and carbon dioxide in the soil of the natural environment. it is an environmentally friendly material. Leading the international tea fashion, become trend of tea packaging irresistible in the future.

Our Teabags

☆ It is a mesh tea bag filter from polylactic fibers, which are chemosynthesized(polymerized) through lactic acid fermentation from raw plant sugars, which with the excellent permeability and water flow, make it optimal as a filter for tea leaves.
☆ Without harmful substance were detected in boiling water experiment. And meet Food Sanitation Standards
☆ After use, the filter can biodegrade within a week to a month through composting or biogas processing, and can be decomposed into water and carbon dioxide It will also biodegrade completely if buried in soil. However, the speed of decomposition depends on soil temperature, humidity, PH, and microbial populations.
☆ No generation of hazardous gases such as dioxin when burnt, At the same time, the production of GHG (such as carbon dioxide) less than regular plastic.
☆ PLA biodegradable polylactic acid materials with Antibacterial properties and mildew resistance.
☆ PLA as a biodegradable materials, which would be helpful to the sustainable development of a society.