Pure color 0.3mm polylactic acid sheet
PLA Low carbon footprint: From raw material collection, processing to end use, the carbon footprint of PLA is reduced by about 30% to 60% on average.
- top leader plastic
- China
- 12 days
- 2000 tons/month
- Information
Top leader pastic PLA film
Biodegradability: After use, it can be completely degraded by microorganisms in nature under specific conditions, eventually generating carbon dioxide and water, and will not cause long-term environmental pollution like traditional plastics.
Good thermal stability, can withstand high temperature environment to a certain extent without significant deformation.
Good mechanical properties: a certain degree of flexibility and strength, not only to facilitate the processing of molding, but also in the process of use to maintain good shape stability, to meet the blister products in packaging and other aspects of the use of the requirements.
Transparency: white translucent state, with a certain degree of gloss and transparency, can show the appearance of the packaged items, enhance the aesthetics of the packaging.
Applications
Food packaging: it can be used to make food packaging boxes, lunch boxes, cup lids, bowl lids, etc. Its biodegradability and safety make it very suitable for use in food contact areas.
Daily necessities packaging: such as cosmetics, skin care products, pharmaceutical products, such as packaging trays, blister boxes, etc., not only to protect the product, but also in line with the concept of environmental protection, to enhance the brand image.
Industrial Packaging: For the packaging of some electronic products, small mechanical parts, etc., the packaging made of PLA blister coil can also be used to play a fixed and protective role.
Our company is committed to the industrialization of environmentally friendly materials, mainly engaged in the research and development, production and sales of various types of environmentally friendly biodegradable materials.
Market Prospect
With the increasing awareness of global environmental protection and the strengthening of plastic pollution control, the market demand for bio-based biodegradable materials is growing. As a biodegradable material with excellent performance, PLA has a broad application prospect in packaging, medical and agricultural fields in the future.
PLA blister material can be completely degraded by microorganisms in nature under specific conditions after use, and finally produces carbon dioxide and water, without polluting the environment.
