Product: Composite Non Woven Paper Desiccant Packaging Material
MOQ: 1000 kg
Material: Composite Non Woven Paper
Specification: Custom sizes.
Design: Welcome custom logo and design. Welcome OEM.
Color: Full Color of CMYK,Pantone Color as customer requirements
Weight: Based on size & material,thickness
Delivery Time: 10-15 days after confirmed the final artwork and order
Product: Desiccant Wrapping Paper
MOQ: 1000 kg
Material: DuPont Material
Specification: Custom sizes.
Design: Welcome custom logo and design. Welcome OEM.
Color: Full Color of CMYK,Pantone Color as customer requirements
Weight: Based on size & material,thickness
Delivery Time: 10-15 days after confirmed the final artwork and order
Product: Bi-component Non Woven Fabric Desiccant Packaging Material
MOQ: 1000 kg
Material: Bi-component Non Woven Fabric
Specification: Custom sizes.
Design: Welcome custom logo and design. Welcome OEM.
Color: Full Color of CMYK,Pantone Color as customer requirements
Weight: Based on size & material,thickness
Delivery Time: 10-15 days after confirmed the final artwork and order
Product: Spunbond Non Woven Fabric Custom Desiccant Packaging Material
MOQ: 1000 kg
Material: Spunbond Non Woven Fabric
Specification: Custom sizes.
Design: Welcome custom logo and design. Welcome OEM.
Color: Full Color of CMYK,Pantone Color as customer requirements
Weight: Based on size & material,thickness
Delivery Time: 10-15 days after confirmed the final artwork and order
Product: Polypropylene Non Woven Fabric Desiccant Packaging Material
MOQ: 1000 kg
Material: PP Non Woven Fabric
Specification: Custom sizes.
Design: Welcome custom logo and design. Welcome OEM.
Color: Full Color of CMYK,Pantone Color as customer requirements
Weight: Based on size & material,thickness
Delivery Time: 10-15 days after confirmed the final artwork and order
Product: Polyester Non Woven Fabric Desiccant Packaging Material
MOQ: 1000 kg
Material: PET Non Woven Fabric
Specification: Custom sizes.
Design: Welcome custom logo and design. Welcome OEM.
Color: Full Color of CMYK,Pantone Color as customer requirements
Weight: Based on size & material,thickness
Delivery Time: 10-15 days after confirmed the final artwork and order
Polylactic acid(PLA Non Woven Fabric Factory), a biopolymer material developed by the School of Materials and Science Engineering of Tongji University, recently won an Innovation Award at the Industry Fair. This kind of polylactic acid, commonly known as "corn plastic", is considered to be the terminator of "white pollution" caused by traditional chemical plastics.
The raw material of polylactic acid(Degradable Nonwovens On Sales) is not only corn, but many other crops can be used to extract lactic acid. Therefore, it is more appropriate to refer to polylactic acid as "biomass plastic".
Today, with the depletion of various petrochemical resources such as oil and coal, the development and application of biological resources have attracted the attention of scientists around the world, and have also driven the vigorous development of the biomass industry. This emerging industry uses bio-chemical methods to produce fuels, energy, and biomass materials (including plastics, fibers, etc.) using renewable or recycled organic materials such as crops and livestock manure.
According to professionals, only one US company in the world can produce polylactic acid on a large scale. The company's production process uses the "two-step method", the production cost is high, and the price per ton is about 3,000 US dollars. Although the price is high, it can't stop the demand of the market, especially in developed countries.
In China, such high prices are clearly unacceptable in the market. How to improve the production cost through technical improvement, so as to produce a cheap and good polylactic acid(Environmentally Friendly Non-woven Wholesale) has become the focus of research. At the same time, the subject of the School of Materials and Science Engineering of Tongji University was also listed as one of the first batch of 29 industrialization projects in Shanghai.
After 8 years of research and 1 year of industrialization, Tongji University's School of Materials and Science Engineering finally researched the advanced technology of “one-step method” for the preparation of polylactic acid. Through the organic combination of bioengineering technology and polymer synthesis technology, the “one-step method” can synthesize lactic acid extracted from corn into polylactic acid particles, and the production cost is greatly reduced. Therefore, polylactic acid has the conditions for promotion and application in China.