100% Biodegradable
and
100% Compostable
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Factory Wholesale Customized 100% Biodegradable Plastic Shopping Die Cut Handle Bags For Clothes Packaging
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Mio toy Trading Co., Ltd
China - Wuxi
Manufacturer
Trade Capacity
Export Percentage
Nearest Port
shanghai
Accepted Delivery Terms
Employees
501-1000 people
Accepted Payment Currency
USD
Average Lead Time
10 Day(s)
Certifications
Disney
Product Specifications
--Product Description
Have you ever seen like these?
Summary:
D Cut Bags as the name suggests has a flexible carry handle with D cut at the top to hold and carry from. Its simple production process and widely used in our daily life. It provides great convenience for people and has become an indispensable, but it also causes environmental pollution. To that end, the nation is stricted with the "plastic ban".
In the face of the "plastic ban" in various places, some businesses have flooded the market with plastic products claiming "lower cost, better experience and degradable". So is it really possible to have the best of both worlds?
【How to Solve it?】
Different from exsiting market which added starch. Our main materials are about 70-80% PBAT and 10-30% PLA, 100% fully biodegradable and home compostable, they can be biodegradable into water and carbon dioxide in outdoors natural surroundings after 12-24 months, if to be landfilled, it is about 6-12 months, if in the industrial facilities, it is only 3-6 months. Which really done 100% biodegradable and compostable.
Next, GreenNature will show you the related information as below.
Next, GreenNature will show you the related information as below.
Poly(lactic acid) or polylactic acid or polylactide (PLA) is a biodegradable and bioactive thermoplastic aliphatic polyester derived from renewable resources, such as corn starch (in the United States and Canada), cassava roots, chips or starch (mostly in Asia), or sugarcane(in the rest of the world). In 2010, PLA had the second highest consumption volume of any bioplastic of the world.
Polybutyrate (short for polybutyrate adipate terephthalate, or PBAT) is a biodegradable random copolymer, specifically a copolyesterof adipic acid, 1,4 but an ediol and dimethyl terephthalate. It is generally marketed as a fully biodegrad-able
alternative to low density polyethylene, having many similar properties including flexibility and resilience, allowing it to be
used for many similar uses such as plastic bags and wraps. The structure of the PBAT polymer is shown to the right.
It is depicted as a block co-polymer here due to the common synthetic method of first synthesizing two copolymer blocks and then combining them.
Good degradability
PLA degradable film is not only suitable for domestic compost, but also suitable for seawater degradation environment. In
addition, the blending of PLA and PBAT can also improve the transparency and low temperature resistance of the degraded film. Its toughness is unified: PLA material can effectively reduce the production of material creases after multiple bending due to its unique shape memory function;
Good processing performance
The blending of PLA and PBAT can significantly reduce the processing temperature of the degraded film and reduce energy consumption;
Polybutyrate (short for polybutyrate adipate terephthalate, or PBAT) is a biodegradable random copolymer, specifically a copolyesterof adipic acid, 1,4 but an ediol and dimethyl terephthalate. It is generally marketed as a fully biodegrad-able
alternative to low density polyethylene, having many similar properties including flexibility and resilience, allowing it to be
used for many similar uses such as plastic bags and wraps. The structure of the PBAT polymer is shown to the right.
It is depicted as a block co-polymer here due to the common synthetic method of first synthesizing two copolymer blocks and then combining them.
Good degradability
PLA degradable film is not only suitable for domestic compost, but also suitable for seawater degradation environment. In
addition, the blending of PLA and PBAT can also improve the transparency and low temperature resistance of the degraded film. Its toughness is unified: PLA material can effectively reduce the production of material creases after multiple bending due to its unique shape memory function;
Good processing performance
The blending of PLA and PBAT can significantly reduce the processing temperature of the degraded film and reduce energy consumption;
【Details Images】
【Features】
Handle Design
Easy to carry, not le hand
Clear Graphics
Copperplate craft, clear printing
Hot-pressing Craft
Constant temperature sealed bottom, not easy to break and leak
Strong Tear Resistance
【Material Comparison Diagram】
Comparing With Starch Based Materials | ||||
Compare the project | GN600F | PBAT +Starch | ||
drying before processing | no need pre drying | need 90 degree pre-drying for more than 4 hours | ||
equipment requirements | ordinary processing equipment standard configuration | some equipment structures need to be modified | ||
production | high molding speed, high production | slower Speed | ||
leftover material recyclability | easy to recycle, mixing ratio is high | difficult to recycle and Easy pasting | ||
energy consumption | low temperature high speed, no need dry, energy saving | need to dry, slow speed, high energy consumption | ||
shelf life | less moisture absorption, long shelf life | easily Hygroscopic hydrolysis, short shelf life | ||
mechanics strength | high strength and stiffness | soft | ||
plasticizer | no | contains parts of plasticizer | ||
glossiness | high gloss | poor gloss, relatively dim | ||
gas permeability | suitable air permeability | easily Hygroscopicity and high air permeability | ||
transparency | can be adjusted, with better transparency | poor transparency, need to reduce the starch content | ||
Application Ranges:
【Our Advantages】
【Customization Process】
【Certifications】
【Factory Display】
FAQ
1. How can I tell the difference between a compostable plastic bag and traditional black plastic bag?
Look for the word"compostable" on the box. The words "lawn and leaf" or "yard waste" do not guarantee that the bag is compostable and acceptable to use under the new rule. Visually, compostable plastic bags are usually tinted a translucent shade of green, white, or pink,compared to traditional black plastic bags. The Biodegradable Products Institute (BPI), provides an independent certification program for products that meet all requirements of the ASTM D6400 standard, which is the standard required by this new law. BPI uses independent approved labs and reviewers andis not based upon manufacturer's claims. The following logos for certified compostable plastic mean that the bag meets standards required under the law to be considered compostable and are acceptable under this new requirement. Oxo-biodegradable bags, often labeled "degradable" or "biodegradable" are not permitted under this new law. Only compostable bags are allowed.
2. What is the difference between "oxo-biodegradable" and "compostable"?
Oxo-biodegradable refers to a material that is made from plastic that, over time, will break down into smaller pieces of plastic but never fully degrade. Compostable materials, on the other hand, are made from plant-based materials and will completely biodegradein a short period of time in a commercial composting operation.
3. Will the compostable bags start to breakdown if it rains or if they are stored for a long period of time?
The technology used to make compostable bags has improved greatly. The first compostable bags made years ago did tend to break down when stored too long on a shelf or if they came in contact with any moisture. Today, we have much higher-quality bags that have longer shelf lives and can hold up better to outdoor conditions. You will likely notice a
difference in brands, so if you don't like one type that you use, try another and it may work better.
4. What are the benefits of using compost? Benefits of using compost include:
• Saving natural resources;
• Reducing soil erosion;
• Preventing polluted storm water runoff from contaminating our wetlands, lakes, and streams;
• Providing a valuable soil amendment product that can be used to enrich the soils of our community.
2. What is the difference between "oxo-biodegradable" and "compostable"?
Oxo-biodegradable refers to a material that is made from plastic that, over time, will break down into smaller pieces of plastic but never fully degrade. Compostable materials, on the other hand, are made from plant-based materials and will completely biodegradein a short period of time in a commercial composting operation.
3. Will the compostable bags start to breakdown if it rains or if they are stored for a long period of time?
The technology used to make compostable bags has improved greatly. The first compostable bags made years ago did tend to break down when stored too long on a shelf or if they came in contact with any moisture. Today, we have much higher-quality bags that have longer shelf lives and can hold up better to outdoor conditions. You will likely notice a
difference in brands, so if you don't like one type that you use, try another and it may work better.
4. What are the benefits of using compost? Benefits of using compost include:
• Saving natural resources;
• Reducing soil erosion;
• Preventing polluted storm water runoff from contaminating our wetlands, lakes, and streams;
• Providing a valuable soil amendment product that can be used to enrich the soils of our community.
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