Key Features

• Eco-Friendly and Sustainable: Made from recycled plastic, promoting the circular use of resources and aligning with environmental sustainability principles.
• Good Physical Properties: Offers durability and stability similar to virgin polyethylene (PE), ensuring reliable performance.
• Customizable Composition: The proportion of recycled plastic can be adjusted to meet specific performance needs for different applications.
• High Cost-Performance Ratio: Using recycled plastic pellets significantly reduces production costs compared to virgin materials.
• Complies with International Standards: Certified by REACH, ROHS, and global environmental standards, ensuring safety and non-toxicity.

Applications

• Packaging Materials: Used to produce various eco-friendly packaging products, reducing the need for new plastic materials.
• Electronic Product Enclosures: Suitable for electronic device housings and components, meeting both environmental and quality requirements.
• Automotive Parts: Used in the manufacturing of automotive interior and exterior components, offering cost-effective solutions.
• Home Appliance Components: Ideal for producing appliance housings and accessories, meeting environmental and performance standards.
• Construction Industry: Used to produce building materials such as pipes, panels, etc., meeting durability and eco-friendly needs.

Key Features

• Eco-Friendly and Sustainable: Made from 100% recycled polyethylene, these bags significantly reduce plastic waste and align with green environmental principles.
• Excellent Performance: Offers performance similar to traditional PE, ensuring strength, durability, and reliability.
• High Customizability: The recycled plastic content can be adjusted based on requirements, providing flexible product options.
• Complies with International Environmental Standards: Certified by REACH, ROHS, and other global environmental regulations, ensuring safety and reliability.
• Cost-Effective: Using recycled materials lowers production costs while meeting the economic needs of businesses.
• Fast Production Cycle: The production cycle is 7 business days, ensuring efficient delivery.

Applications

• Apparel Packaging: Widely used in the clothing industry as an eco-friendly, durable packaging solution.
• Retail Packaging: Suitable for packaging various products, providing secure and reliable packaging protection.
• Consumer Goods Packaging: Can be used for packaging other consumer goods such as footwear, accessories, etc.
• Electronic Product Packaging: Ideal for packaging small electronic products, ensuring dust-proof, moisture-proof, and compression-resistant protection.

Key Features

• Bright Colors: RPVC granules come in a variety of colors, allowing for vibrant, visually appealing products, making them ideal for applications where aesthetics are important.
• Strong Corrosion Resistance: The material is highly resistant to corrosion, making it suitable for long-term use in chemically corrosive environments.
• Durable and Strong: With high strength and excellent durability, RPVC is perfect for use in mechanical and industrial products, ensuring stability over time.
• Enhanced Rigidity and Flame Retardancy: The use of plasticizers and anti-aging agents improves the rigidity and flame retardancy of the material, increasing safety and extending its lifespan.

Applications

• Daily Life: Used in the production of various plastic products such as pipes, buckets, toys, trays, and more for everyday use.
• Construction Materials: Ideal for manufacturing plastic pipes, windows, doors, trays, and other components in the construction industry, offering durability and an attractive appearance.
• Agriculture: Used for making greenhouse covers, irrigation pipes, and other agricultural products, providing strong corrosion resistance.
• Mechanical Industry: Suitable for producing mechanical components that require robust structures and high durability.
• Chemical Industry: Perfect for making outer casings and parts for chemical products and equipment, ensuring long-term stability in corrosive environments.

Key Features

• Excellent Mechanical Properties: High tensile strength, compressive strength, and surface hardness ensure durability and reliability of the products.
• Good Heat Resistance: It has excellent high-temperature resistance, allowing it to be used in hot environments for extended periods.
• Strong Chemical Stability: Resistant to various chemicals, ensuring product stability in different environments.
• Environmentally Friendly: Non-toxic and environmentally safe, meeting eco-friendly standards, suitable for applications requiring sustainable materials.
• Good Wear Resistance: Exhibits excellent wear resistance, making it ideal for products with long service life.
• Excellent Processability: Well-suited for injection molding, extrusion, blow molding, and other processing methods, simplifying production and lowering costs.

Applications

• Electronic Product Enclosures: Used in the production of electronic device housings, providing sturdy and environmentally friendly protection.
• Automotive Parts: Suitable for manufacturing automotive interior and exterior components, such as dashboards and seat parts.
• Electrical Equipment: Used for electrical components and enclosures, ensuring electrical performance and impact resistance.
• Home Appliances: Ideal for producing appliance housings and parts, providing high heat resistance and wear protection.
• Building Materials: Can be used in the construction industry for components like pipes, wall panels, etc., offering heat resistance and corrosion resistance.
• Packaging Materials: Used to produce packaging boxes, containers, etc., meeting environmental and durability requirements.

Key Features

• Excellent Thermoplasticity: RPET has excellent thermoplastic properties, making it suitable for injection molding and providing high processing flexibility.
• Good Mechanical Properties: RPET offers high tensile strength and rigidity, making it ideal for applications that require strong mechanical performance.
• High Transparency: Its outstanding transparency makes it widely used in packaging and optical applications.
• Good Chemical Resistance: RPET is resistant to a variety of chemicals, ensuring long-term stability in chemically demanding environments.

Applications

• Textiles: RPET is widely used to produce polyester fibers, which are used in clothing, home textiles, and industrial fabrics.
• Packaging Materials: As a material for food packaging and consumer goods packaging, RPET offers transparent, durable, and safe packaging solutions.
• Automotive Parts: Suitable for use in automotive interior and exterior parts, as well as other plastic components, providing good durability and strength.
• Electronic Products: Can be used for the outer casings of electronic devices, offering excellent impact resistance and chemical resistance.
• Plastic Bottles: Due to its recyclability, RPET is commonly used in the production of recycled plastic bottles and other eco-friendly products.

Key Features

• Excellent Heat Resistance: The material can function stably at higher temperatures, making it ideal for applications in hot environments.
• Strong Impact Resistance: RPE provides excellent impact resistance, suitable for products that require high strength and durability.
• Good Chemical Stability: It offers excellent corrosion resistance against a wide range of chemicals, making it suitable for harsh environments.
• Lightweight and High Strength: Provides high strength and rigidity while maintaining a light weight, perfect for applications where both strength and weight are critical.

Applications

• Automotive Parts: Used in automotive body panels, exterior parts, and interior components, offering excellent heat resistance and strength.
• Electronic Device Enclosures: Ideal for electronic product housings, with good impact resistance and chemical stability.
• Industrial Components: Suitable for high-performance parts in industrial equipment, such as gears and brackets, requiring high strength, heat resistance, and chemical stability.

Key Features

• High Transparency: RPC material has excellent transparency, making it ideal for applications that require high clarity, such as optical lenses and windows.
• Heat and Impact Resistance: It offers good heat resistance and impact strength, maintaining stable performance in high-temperature and high-impact environments.
• Good Mechanical Properties: Provides high strength and flexibility, ensuring products are both strong and adaptable.
• Dimensional Stability: With a low molding shrinkage rate and high dimensional stability, RPC is perfect for precise mold manufacturing.
• Environmentally Safe: Non-toxic and conforms to hygiene and safety standards, making it suitable for use in medical and food industries.
• Colorability: Due to its high transparency, RPC can be dyed to meet various appearance requirements, allowing for customization.

Applications

• Optical Products: Used in the production of optical lenses and eyewear, offering high transparency and excellent impact resistance.
• Building Materials: Ideal for construction glass, windows, skylights, and other applications, providing good transparency and weather resistance.
• Electronic Product Housings: Suitable for electronic devices’ housings, such as smartphone cases and computer enclosures, with excellent impact resistance and heat tolerance.
• Automotive Parts: Used in automotive parts like headlamp covers and interior components, offering strength and transparency.
• Medical Devices: Suitable for medical containers, tubing, and instrument housings, meeting safety and hygiene standards.
• Food Packaging: Used in food packaging to ensure safety and visibility of the contents.

Key Features

• High Purity: Through strict recycling and processing procedures, the material’s purity is ensured to meet industrial application requirements.
• Excellent Mechanical Properties: RABS retains the excellent mechanical performance of original ABS, making it suitable for the production of durable products.
• Environmentally Sustainable: By recycling waste ABS materials, RABS promotes resource reuse, supporting environmental protection and sustainable development.
• Good Processability: Easy to mold, inject, and shape, making it ideal for a wide range of industrial applications.
• High Cost-Performance Ratio: Offers similar performance to virgin ABS at a lower production cost, providing a high cost-to-performance ratio.

Applications

• Commercial Machinery: Used in the manufacturing of various commercial equipment and machine parts, offering robust and durable solutions.
• Electronic Components: Suitable for electronic device housings, internal components, and more, providing reliable impact resistance and mechanical strength.
• Telecommunication Equipment: Used to produce telecommunication device enclosures, supports, and other parts, ensuring stability in harsh environments.
• Personal Computers: Ideal for manufacturing computer casings and accessories, meeting both high strength and aesthetic requirements.
• Toys: Used to produce durable and eco-friendly toys, providing a safe and reliable user experience.
• Electrical Equipment: Used in the production of electrical device enclosures, connectors, and other components, offering excellent electrical insulation properties.
• Automotive Parts: Used in the manufacture of automotive interior and exterior components, ensuring high strength, heat resistance, and impact resistance.
• Shower Equipment and Luggage: Suitable for manufacturing shower devices, luggage, and other household items, offering excellent durability and aesthetic appeal.

Key Features

• Low Viscosity: Excellent flow properties, helping maintain stable physical properties during fine processing.
• High Ionic Conductivity Efficiency: Provides efficient ion conduction, ideal for high-performance electrochemical devices.
• Uniform Stability: Stable and uniform performance, ensuring reliable and consistent use over time.
• Good Adaptability: Compatible with various solvent systems and different production processes.

Applications

• Fuel Cells: Used in the production of proton exchange membranes, enhancing fuel cell efficiency and stability.
• Electrolyte Membranes: Provides high ionic conductivity during the manufacturing of electrolyte membranes.
• PTFE Surface Treatment: Used for functional surface treatment of PTFE and other materials, improving their performance.
• Catalyst Coatings: Used in catalyst coating preparation, increasing catalyst stability and reactivity.
• Electrochemical Sensors: Enhances the precision and responsiveness of electrochemical sensors during production.

Key Features

• Heat Resistance: Excellent high-temperature performance, making it suitable for a variety of harsh reaction environments.
• Chemical Stability: Strong resistance to various chemical media, ensuring stable catalyst performance.
• High Acidity and Selectivity: Features strong acidity and high selectivity, allowing precise catalysis of specific reactions.
• Mild Reaction Conditions: Reactions occur under milder conditions, minimizing energy consumption and side reactions.
• Non-corrosive: Does not corrode reaction vessels or equipment, suitable for various industrial applications.
• Easy Product Separation: Products are easily separated from the catalyst, improving post-reaction processing efficiency.
• Reusability: The catalyst can be reused multiple times, offering excellent economic value and sustained catalytic action.

Applications

• Organic Synthesis: Used as a catalyst in alkylation, acylation, nitration, sulfonation, phosphorylation, polymerization, condensation, etherification, esterification, hydration, and rearrangement reactions, providing outstanding catalytic performance.
• Petrochemicals: Especially effective in alkylation and other key processes in petrochemical production.
• Pharmaceutical Industry: Catalyzes specific chemical reactions in pharmaceutical production, enhancing efficiency and reaction selectivity.
• Fine Chemicals Production: Plays an essential role in the synthesis of fine chemicals, meeting the high purity requirements for these products.
• Environmental Catalysis: Used in certain environmental catalysis reactions, improving selectivity and reducing the generation of pollutants.