Bio-Based Plastics – WOBO Scientific Research New Materials One-Stop Service Platform

Bio-based Injection Molding Plastic (Cassava)

enerke — Mon, 19 May 2025 03:09:59 +0000

Product Overview
Bio-based injection molding plastic (cassava) is an eco-friendly material made from a blend of polypropylene (PP) and cassava starch. This material exhibits excellent waterproof and oil-resistant properties. It is odorless, lightweight, and made from non-food starch sources, offering a high cost-performance ratio. It is ideal for injection molded products, particularly for producing bio-based cutlery such as disposable knives, forks, and spoons. The light beige color can be customized according to customer needs, and it aligns with environmental and sustainability standards. It is widely used as a replacement for traditional plastic products.

Product Features

Eco-friendly Material:Made primarily from cassava starch, complying with sustainable development requirements.
Waterproof and Oil-resistant:Excellent properties for resisting water and oil, making it suitable for use in tableware and packaging.
Odorless and Safe:Free from any odors, safe and healthy for direct food contact.
Lightweight:Low density, making it easy to transport and use.
Customization Support:Color and specifications can be tailored according to customer requirements.

Applications

Disposable Tableware:Ideal for bio-based knives, forks, and spoons, replacing traditional plastic tableware and meeting environmental standards.
Packaging Products:Suitable for food packaging applications due to its excellent waterproof and oil-resistant features.
Daily Products:Can be used in the production of everyday items that meet eco-friendly and safety standards.

Bio-based Injection Molding Plastic

enerke — Mon, 19 May 2025 03:08:18 +0000

Product Overview
Bio-based injection molding plastic is an eco-friendly material made by blending 50% plant starch with polypropylene (PP). It possesses excellent properties such as water resistance, oil resistance, and natural electrostatic dissipation. The material is odorless, with uniform granules, and supports color customization (white, black, or various colors). It does not require additional additives and uses a single-step processing technique that reduces carbon emissions, aligning with environmental standards. This material is suitable for producing products such as cutlery (forks, knives, spoons), chopsticks, hotel supplies, toys, office products, etc. With a high biochar content, it further enhances environmental sustainability.

Product Features

Eco-friendly Material:Made with plant starch, reducing carbon emissions and supporting sustainable development.
Water and Oil Resistant:Offers excellent water and oil resistance, suitable for various applications.
Odorless and Safe:Free from odors, ensuring safety and suitability for direct food contact.
Uniform Granules:Consistent granule size ensures smooth injection molding processing.
Natural Electrostatic Dissipation:Naturally dissipates static, improving user experience.
High Biochar Content:Higher biochar content reduces the carbon footprint, supporting green and eco-friendly initiatives.

Applications

Cutlery and Disposable Products:Ideal for producing forks, knives, spoons, chopsticks, and other cutlery, replacing traditional plastic products.
Hotel Supplies:Suitable for daily use products in hotels and restaurants.
Toys and Office Products:Can be used for children’s toys, office supplies, and other items that meet environmental and safety standards.

Bio-based Injection Molding Material (Bamboo Powder)

enerke — Mon, 19 May 2025 03:07:04 +0000

Product Overview
Bio-based injection molding material (bamboo powder) is an eco-friendly material made from a blend of polypropylene (PP) and bamboo powder. By utilizing bamboo as a substitute for plastic, it aligns with environmental and sustainable development goals. This material is lightweight and cost-effective, making it ideal for producing biodegradable cutlery such as knives, forks, and spoons. The brown color can be customized as per requirements. It is odorless, lightweight, and made from non-food sources, widely used to replace traditional plastic materials while meeting environmental and safety standards.

Product Features

Eco-friendly Material:Bamboo powder is used as a raw material, effectively replacing traditional plastics and meeting sustainable development standards.
Odorless and Safe:Completely odor-free, ensuring food safety and suitability for direct food contact.
Lightweight:Low density makes it easy to transport and process.
Customization Support:Colors and specifications can be customized according to customer needs.
High Cost-effectiveness:Bamboo powder is a non-food source, offering a cost-effective alternative to traditional plastics.

Applications

Disposable Tableware:Suitable for biodegradable knives, forks, spoons, and other injection-molded tableware, replacing conventional plastic cutlery.
Daily Products:Can be used in the production of everyday items that meet eco-friendly and safety standards.
Packaging Materials:Ideal for use in food packaging, offering environmentally safe alternatives to traditional packaging materials.

Bio-based Thermoforming Material

enerke — Mon, 19 May 2025 03:05:21 +0000

Product Overview
Bio-based thermoforming material is an eco-friendly material composed of 50% plant starch and polypropylene (PP), suitable for thermoforming processes. This material features excellent water resistance, oil resistance, and odorless properties. The granules are uniform, and color customization (e.g., white, etc.) is supported. It is widely used in producing starch-based food containers, bowls, plates, cups, and other disposable dining products. The material meets environmental and food safety standards and can be adjusted in thickness based on product requirements to cater to different applications.

Product Features

Eco-friendly Material:Made with plant starch as the primary raw material, aligning with sustainable development goals.
Water and Oil Resistant:Offers superior water and oil resistance, ideal for food packaging.
Odorless and Safe:Odorless and compliant with food safety standards, ensuring the safety of food contact.
Uniform Granules:Consistent granule size ensures smooth thermoforming processing.
Customization Support:Colors, specifications, and thicknesses can be customized according to specific application needs.

Applications

Food Packaging:Ideal for producing starch-based food containers, bowls, plates, cups, and other disposable dining products.
Eco-friendly Products:Serves as an alternative to traditional plastic, meeting green packaging standards.
Daily Use Products:Can be used for producing other daily-use items that comply with environmental and food safety standards.

Bio-based Blown Film Masterbatch (Bamboo Powder)

enerke — Mon, 19 May 2025 03:03:51 +0000

Product Overview
Bio-based blown film masterbatch (bamboo powder) is made from a blend of polyethylene (PE) and bamboo powder. It offers excellent water and oil resistance, making it ideal for producing various bio-based film bags and packaging products. This material is lightweight, non-food derived, and offers high cost-effectiveness. Its eco-friendly composition meets sustainability requirements and can replace traditional plastic materials. The product supports color customization (e.g., brown), is odorless, and safe for use, making it a great choice for packaging applications.

Product Features

Eco-friendly Material:Made with bamboo powder, supporting green and sustainable development practices.
Water and Oil Resistant:Provides superior water and oil resistance, suitable for packaging applications.
Safe Material:Odorless and compliant with food safety standards, ensuring product safety.
Uniform Granules:Granules are uniform, ensuring smooth processing during the blown film production process.
Customization Support:Colors and specifications can be customized to meet different production needs.

Applications

Film Bags:Suitable for producing bio-based film bags, such as shopping bags, packaging bags, etc.
Eco-friendly Packaging Materials:Ideal for use in food and daily product packaging, aligning with sustainable packaging solutions.
Biodegradable Plastic Alternatives:Can be used as an alternative for biodegradable plastic materials in various plastic product applications.

Bio-based Blown Film Masterbatch (Tapioca Starch)

enerke — Mon, 19 May 2025 03:02:13 +0000

Product Overview
Bio-based blown film masterbatch (tapioca starch) is made from a blend of polyethylene (PE) and tapioca starch. This material offers excellent water and oil resistance, making it ideal for producing various bio-based film bags and packaging products. It has no odor, is lightweight, and is derived from non-food starch sources, offering a high cost-performance ratio. The material supports color customization (e.g., light beige) and aligns with sustainable development requirements by reducing the carbon footprint without compromising product performance, suitable for blown film manufacturing processes.

Product Features

Eco-friendly Material:Made with tapioca starch as the primary raw material, supporting sustainable development goals.
Water and Oil Resistant:Features excellent water and oil resistance, making it ideal for packaging and film bags.
Odorless and Safe:The material is odorless, ensuring safety and compliance with food safety standards.
Uniform Granules:Granules are uniform, ensuring a smooth blown film processing.
Customization Support:Colors and specifications can be customized according to customer requirements, catering to diverse product needs.

Applications

Film Bags:Suitable for manufacturing bio-based film bags, replacing traditional plastic bags.
Packaging Materials:Can be used in food packaging, daily product packaging, etc., meeting environmental and safety standards.
Eco-friendly Products:An alternative material for producing biodegradable plastic products, supporting eco-friendly practices.

Bio-based Blown Film Material

enerke — Mon, 19 May 2025 02:59:36 +0000

Product Overview
Bio-based blown film material is made from a blend of polyethylene (PE) and 50% plant starch. It offers excellent water and oil resistance and is odorless. This material has uniform granules, supports color customization (e.g., yellow), and is suitable for both high and low-pressure equipment. With high biochar content, it meets DIN and USDA bio-based certifications and is in line with environmental and sustainable development standards. Its semi-transparent matte texture makes it ideal for producing various daily plastic products such as shopping bags, courier bags, trash bags, and garment bags.

Product Features

Eco-friendly Material:Made primarily from plant starch, with a high bio-based content that supports sustainable development requirements.
Water and Oil Resistant:Offers excellent water and oil resistance, making it suitable for everyday packaging needs.
Safe and Odorless:The material is odorless and complies with food contact safety standards.
Uniform Granules:Ensures smooth processing during the blown film production process.
Customization Support:Colors and specifications can be customized to meet different production requirements.

Applications

Shopping Bags:Used to produce eco-friendly shopping bags, reducing plastic pollution.
Courier Bags:Ideal for producing courier bags, providing sustainable packaging solutions for the e-commerce industry.
Trash Bags:Suitable for manufacturing eco-friendly trash bags, minimizing environmental impact.
Garment Bags:Can be used for producing garment bags, meeting the eco-friendly packaging needs for daily consumer goods.

Bio-based Thin-wall Injection Molding Material

enerke — Mon, 19 May 2025 02:56:17 +0000

Product Overview
Bio-based thin-wall injection molding material is an environmentally friendly product made by blending 40% plant starch with polypropylene (PP). It offers excellent water and oil resistance, making it ideal for thin-wall injection molding processes. This material is odorless, with uniform granules, and supports customizable colors (white, black, or various colors). It is widely used in the production of everyday items such as lunch boxes, bowls, cups, and other disposable tableware. The material can be customized according to different product thickness requirements to ensure compatibility with various thin-wall injection molding needs.

Product Features

Eco-friendly Material:Plant starch is used as a raw material, in line with sustainable development principles.
Water and Oil Resistant:The material offers excellent water and oil resistance, making it suitable for food containers and other daily-use products.
Odorless and Safe:The material is odor-free and complies with food contact safety standards.
Uniform Granules:The granules are consistent, ensuring a smooth injection molding process.
Customization Support:Color and specifications can be tailored according to customer requirements to meet different application needs.

Applications

Disposable Tableware:Ideal for manufacturing thin-wall lunch boxes, bowls, cups, and other disposable cutlery.
Packaging Materials:Can be used in food packaging, providing water and oil resistance.
Daily Products:Widely applicable in producing everyday items that meet both environmental and food contact safety standards.

Nylon 56 Chips

enerke — Mon, 19 May 2025 02:47:12 +0000

Product Overview
Nylon 56 chips are produced through the polymerization of high-purity Nylon 56 salt, offering excellent moisture absorption, abrasion resistance, elasticity, flame retardancy, and dyeability. With a bio-based content of up to 48%, this material supports a low-carbon and eco-friendly philosophy. It is widely used in the textile, apparel, and engineering plastic industries. Nylon 56’s carbon footprint is over 50% lower than traditional Nylon 6 and Nylon 66, making it a green and sustainable choice.

Product Features

Moisture Absorption and Quick Drying:Nylon 56 outperforms Nylon 66 in moisture absorption and moisture wicking, enhancing fabric comfort.
Superior Abrasion Resistance:Nylon 56 is 10 times more abrasion-resistant than cotton and 20 times more resistant than wool, significantly improving fabric durability.
Excellent Elasticity:The excellent elastic recovery increases fabric wrinkle resistance and fatigue resistance, especially ideal for carpet applications.
Flame Retardancy and Dyeability:Nylon 56 is flame-resistant and easily dyeable, offering high colorfastness and color retention.
Eco-friendly:With a high bio-based content, made from corn, it meets sustainability goals and environmental standards.

Applications

Military Sector:Used in combat protective clothing, field gear, parachutes, camouflage nets, etc.
Civil Sector:Suitable for various fabrics such as clothing, carpets, knitted garments, sportswear, home textiles, down jackets, socks, and high-end sleepwear.