One Side Transparent PLA Shrink Plastic Film

PRODUCT INTRODUCTION

BoPLA films: a new generation of biodegradable films giving a remarkable contribution to improving sustainability of modern packaging

HYF's BOPLA films is a new generation of biodegradable films made from renewable resources (PLA bio-based resin), with the aim to drive the flexible packaging industry towards more sustainable solutions and offer consumers the possibility to choose natural products and contribute to the reduction of green house gas emissions and post consumer waste.

In many applications, HYF BOPLA films can replace oil-based plastics like polypropylene, polyester or polyethylene, providing two key environmental advantages: bio-based origin and compostability.

这里可以自定义设置

Properties		Unit	Data		Test Method
Thickness (Tolerance : ±10%)		μm	25~40		ASTM D374
Tensile Strength		MPa	MD	TD	ASTM D882
			121	163
Elongation		%	MD	TD	ASTM D882
			96	71
Heat Shrinkage (100℃/10min)		%	MD	TD	---
			0.6	0
Heat Sealing Strength		N/15mm	0		85℃/80℃/135Kpa/25
Transmittance		%	94.2		ASTM D1003
Density		g/㎤	1.25		ASTM D792
Haze		%	0.4		ASTM D1003
Gloss		%	87		ASTM D2457
Dyne		mN/m	48		ASTM D2578
Coefficient of Friction	μs	-	0.65		ASTM D1894E
	μk		0.61

Product Structure

PLA-1031: is one side heat sealable transparent PLA film, which is designed to designed to cover a wide range of food and non-food packaging applications, using existing converting and packaging technologies. It is in the structure of three layers as follows:

Product Advantage

1. Transparency Comparison

2. Production Process Comparison

3. Raw Material Comparison

Product Characters

High Stiffness

Superb Clarity

High Gloss

Wide Seal Range

Exceptional Twist Retention

Compostable

Product Application

Transparent PLA film used for packing fresh Flowers or books ,can be heat sealing for making bags, can be used for cup film, self-sealing bag ,flat pocket, etc. It has good air breathability and can be used in the anti-fog packaging of vegetable.

PLA’s Composting Process

1. Evolution of the temperature

The figure of the temperature shows the temperature evolution during the disintegration test. The temperature remained well above 40°C during 8 consecutive weeks.

2. Evolution of the Oxygen concentration

It shows the oxygen concentration in the exhaust air. The oxygen concentration remained always above 10%, except once after 8 days with a value of 7.4%. However, immediate action was undertaken and the oxygen concentration increased.

3. Visual presentation of the evolution of the disintegration of PLA Shrink film

40mic One Side Heat Sealable Transparent PLA Shrink Film PLA-1031