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In order to put an end to the white pollution caused by plastics and respond to the call of the state to control plastic pollution, Cardid Plastics Technology Co.
, Ltd.
has launched fully biodegradable modified materials to produce biodegradable plastics, which can effectively improve the speed of plastic degradation and provide better services.
people's lives
.
The plastic products made of biodegradable polymer materials developed by Cardide are biodegradable plastics.
These plastic raw materials can be synthesized from chemical raw materials or obtained by fermentation of biological resources.
After completing the life cycle, they can be composted or borrowed.
It is decomposed by microorganisms in nature, such as fungi, bacteria or algae, and can be converted into environmental pollution-free substances such as carbon dioxide, water, and organic matter after two to three months, and finally merged into the material cycle of nature
.
In order to put an end to the white pollution caused by plastics and respond to the call of the state to control plastic pollution, Cardid Plastics Technology Co.
, Ltd.
has launched fully biodegradable modified materials to produce biodegradable plastics, which can effectively improve the speed of plastic degradation and provide better services.
people's lives
.
The plastic products made of biodegradable polymer materials developed by Cardide are biodegradable plastics.
These plastic raw materials can be synthesized from chemical raw materials or obtained by fermentation of biological resources.
After completing the life cycle, they can be composted or borrowed.
It is decomposed by microorganisms in nature, such as fungi, bacteria or algae, and can be converted into environmental pollution-free substances such as carbon dioxide, water, and organic matter after two to three months, and finally merged into the material cycle of nature
.
The plastic products made of biodegradable polymer materials developed by Cardide are biodegradable plastics.
These plastic raw materials can be synthesized from chemical raw materials or obtained by fermentation of biological resources.
After completing the life cycle, they can be composted or borrowed.
It is decomposed by microorganisms in nature, such as fungi, bacteria or algae, and can be converted into environmental pollution-free substances such as carbon dioxide, water, and organic matter after two to three months, and finally merged into the material cycle of nature
.
The plastic products made of biodegradable polymer materials developed by Cardide are biodegradable plastics.
These plastic raw materials can be synthesized from chemical raw materials or obtained by fermentation of biological resources.
After completing the life cycle, they can be composted or borrowed.
It is decomposed by microorganisms in nature, such as fungi, bacteria or algae, and can be converted into environmental pollution-free substances such as carbon dioxide, water, and organic matter after two to three months, and finally merged into the material cycle of nature
.
The plastic products made of biodegradable polymer materials developed by Cardide are biodegradable plastics.
These plastic raw materials can be synthesized from chemical raw materials or obtained by fermentation of biological resources.
After completing the life cycle, they can be composted or borrowed.
It is decomposed by microorganisms in nature, such as fungi, bacteria or algae, and can be converted into environmental pollution-free substances such as carbon dioxide, water, and organic matter after two to three months, and finally merged into the material cycle of nature
.
The plastic products made of biodegradable polymer materials developed by Cardide are biodegradable plastics.
These plastic raw materials can be synthesized from chemical raw materials or obtained by fermentation of biological resources.
After completing the life cycle, they can be composted or borrowed.
It is decomposed by microorganisms in nature, such as fungi, bacteria or algae, and can be converted into environmental pollution-free substances such as carbon dioxide, water, and organic matter after two to three months, and finally merged into the material cycle of nature
.
The plastic products made of biodegradable polymer materials developed by Cardide are biodegradable plastics.
These plastic raw materials can be synthesized from chemical raw materials or obtained by fermentation of biological resources.
After completing the life cycle, they can be composted or borrowed.
It is decomposed by microorganisms in nature, such as fungi, bacteria or algae, and can be converted into environmental pollution-free substances such as carbon dioxide, water, and organic matter after two to three months, and finally merged into the material cycle of nature
.
This biodegradable polymer material is taken from nature and eventually returns to nature without threatening the environment, and is very friendly to the natural ecology
.
Biodegradable, more environmentally friendly
Biodegradable, more environmentally friendly
Biodegradable, more environmentally friendly
Biodegradable, more environmentally friendly
Biodegradable, more environmentally friendly
Biodegradable, more environmentally friendly
Biodegradable, more environmentally friendlyThe reporter checked the information and learned that among the fully degradable biopolymer materials, the common degradable plastics mainly include: polylactic acid, a polymer obtained by polymerizing lactic acid such as corn and cassava as the main raw materials; PBAT, belonging to thermoplastic biodegradation Plastic is a copolymer of butylene adipate and butylene terephthalate; PHA, an intracellular polyester synthesized by many microorganisms, is a natural polymer biomaterial
.
The degradable plastic products produced by these polymer materials have outstanding advantages: abundant and renewable raw materials, green and healthy production process, fully biodegradable products after use, strong ductility and elongation at break, good heat resistance and impact resistance good biocompatibility, good heat resistance and impact performance, and stable performance during storage and use
.
The biodegradable plastics produced by Cardide fully utilize the advantages of biodegradable biopolymer materials in terms of bending strength, impact strength, tensile strength, and heat resistance
.
Biodegradable polymer materials are suitable for plastic products with a short life cycle, and their performance is close to that of ordinary plastic products.
It can not only meet the use requirements of general plastic products, but also degrade only in a composting environment with sufficient humidity, oxygen and microorganisms.
, has passed international test standards, has good comprehensive performance and efficient biodegradation rate
.
Cardide has applied this biodegradable polymer material to plastic production, put it into the market in large quantities, and launched a series of products
.
The company's degradable plastic products include disposable consumables, such as: disposable gloves, garbage bags, T-shirt bags, disposable toiletries for hotel rooms, injection-molded knives, forks, spoons and other disposables; Various daily consumables for environmental protection, such as: biodegradable plastic film, puncture-resistant plastic bags, vest bags, garbage bags, express bags and other thin-film electronic products blister packaging, cosmetic blister packaging, lunch boxes, straws, office supplies, etc.
.
.
In terms of engineering modified plastics, Cardide has left brand new achievements with its tireless enterprising spirit and continuous innovation production attitude
.
.
In terms of engineering modified plastics, Cardide has left brand new achievements with its tireless enterprising spirit and continuous innovation production attitude
.
.
In terms of engineering modified plastics, Cardide has left brand new achievements with its tireless enterprising spirit and continuous innovation production attitude
.
.
In terms of engineering modified plastics, Cardide has left brand new achievements with its tireless enterprising spirit and continuous innovation production attitude
.
.
In terms of engineering modified plastics, Cardide has left brand new achievements with its tireless enterprising spirit and continuous innovation production attitude
.
.
In terms of engineering modified plastics, Cardide has left brand new achievements with its tireless enterprising spirit and continuous innovation production attitude
.
.
In terms of engineering modified plastics, Cardide has left brand new achievements with its tireless enterprising spirit and continuous innovation production attitude
.
