PCR PC

Product details:

High quality recycled raw materials 

Used electronic casing 

Polycarbonate is widely used in electronic casings, especially in cell phones, televisions, computers, monitors, and household appliances. With the upgrading of electronic products, the shell material of these products has become an important source of recycling. The PC material in the shell of waste electronic products usually contains less impurities, and can be disassembled and sorted to extract high-quality PCR PC raw materials. 

Examples of recycling sources: 

Smartphone cases: Mobile phone cases are often made of PC materials, and as mobile phones are scrapped and replaced, discarded phone cases become an important source of recycling. 

TV and monitor shell: the shell of LCD TV and flat panel monitor mostly uses PC materials, and the PC shell in the waste equipment after replacement is a high-quality recycling raw material. 

Home appliance shell: including microwave oven, air conditioner, refrigerator and other home appliance shell, all contain a large proportion of polycarbonate material. 

Computer shell: Desktop and laptop shells are mostly made of PC materials, and discarded computer and monitor shells can be recycled. 

Auto parts 

Polycarbonate is used very widely in the automotive industry, especially for lights, dashboards, windshields, rearview mirror housings, etc. In the disassembly process of used cars, auto parts contain a lot of PC materials, which can be used to produce new auto parts or plastic products in other industries after recycling. 

Examples of recycling sources: 

Headlight shell: especially the shell of headlights, taillights, turn signals and other automotive lamps. 

Instrument panel and center console: Many high-end cars and middle and high-end cars use polycarbonate materials in the instrument panel, center console and other parts. 

Windows and windshields: The Windows and windshields of some modern cars use a clear PC material, which can be disassembled to extract high-quality PCR PC. 

Automotive interior parts: such as doorknobs, decorative panels, seat backs and other parts often use PC material. 

Optical products and eyeglass frames 

Polycarbonate has excellent optical properties and is widely used in eyeglass lenses, optical lenses, optical lenses, goggles and other products. With the replacement of optical products, used glasses frames and lenses have become one of the important sources of recycling. By recycling these wastes, PC materials can be effectively extracted and used in the production of new optical products or other plastic products. 

Examples of recycling sources: 

Eyeglass frames: Many eyeglass frames are made of polycarbonate material, especially sports and protective glasses. 

Optical lenses and lenses: Polycarbonate lenses and lenses used in optical devices are often recycled when they become obsolete. 

Goggles and safety glasses: Industrial goggles and protective glasses often use polycarbonate as lenses and housings. 

Scrap building and lighting materials 

Polycarbonate is widely used in the construction industry, mainly in roofing, light harvesting panels, glass curtain walls and other fields. Due to its impact resistance and light transmission properties, PC materials are widely used in construction projects and daylighting facilities. 

Discarded building materials and light panels can be recycled to provide high-quality PCR PC raw materials. 

Examples of recycling sources: 

Light harvesting panels: polycarbonate light harvesting panels used in buildings such as greenhouses, parking lots, commercial buildings, etc. 

Roofing board: PC roofing board is widely used in industrial buildings and agricultural facilities because of its weather resistance and impact resistance. 

Building Windows and curtain walls: Some high-end buildings use polycarbonate materials for Windows, exterior walls and glass curtain walls. 

Lamp housings and lampshades: Polycarbonate is widely used in lighting equipment, especially lampshades, indicator lights, street lamps, etc. 

Industrial waste and production scraps 

In the production process of polycarbonate, there are often some wastes or scraps that can maintain high raw material quality during processing. These industrial wastes and scraps can be recycled and reused, processed and converted into high quality PCR PC for the manufacture of new products. 

Examples of recycled sources: 

Scraps from the injection molding process: Excess materials and scraps from the injection molding process of the PC can be recycled. 

Scraps from extrusion and blow molding processes: polycarbonate waste generated in extrusion and blow molding production can also be recycled and disposed of to reduce resource waste. 

Recycling process 

Recycled PCR PC material usually goes through the following steps: 

Preliminary screening and sorting: Discarded PC material is first screened manually or mechanically to remove other materials and impurities. 

Cleaning and decontamination: Recycled materials are thoroughly cleaned to remove oil, labels, coatings and other contaminants. 

Crushing and graining: The cleaned PC material is broken into small particles for easy subsequent processing and use. 

Quality testing: Each batch of PCR PC material will be tested for quality, including transparency, impact resistance, high temperature resistance and other tests. 

Reprocessing into new products: The final recycled PCR PC can be used to produce new plastic products, which are widely used in automotive, electronics, construction, optics and other fields. 

Strict quality control: In the production process, PCR PC through strict quality testing, including light transmittance, impact strength, thermal deformation temperature and other indicators to ensure stable product performance, suitable for a variety of application scenarios. 

Environmental protection and sustainability: As a recycled material, PCR PC helps reduce the accumulation of plastic waste, in line with the global requirements for environmental protection and sustainable development. The adoption of PCR PC not only reduces the need for new resources, but also reduces the carbon footprint in the production process, which is an important step towards a circular economy. 

Excellent mechanical properties: PCR PC maintains the high strength and good heat resistance of PC, and is suitable for applications requiring high strength and heat resistance, such as automotive interior parts, electronic equipment housings, etc. 

Good processing adaptability: PCR PC has good processing performance and can be processed by injection molding, extrusion and other ways to meet the design and functional needs of different products.

Fields of Application:

PCR PC is widely used in automotive, electronics, construction and other fields to meet the multiple needs for strength, heat resistance and aesthetics.

Performance and advantages: PCR PC inherits the excellent properties of PC, such as high strength, heat resistance and good processing adaptability, while reducing the environmental burden through recycling, in line with the concept of sustainable development.

Production and technical advantages: The use of advanced recycling technology and production process to ensure the quality stability and processing adaptability of PCR PC, to provide customers with customized solutions.

Environmental protection and cost effectiveness: The use of PCR PC helps to reduce production costs while reducing the need for new resources, in line with environmental regulations and market demand for sustainable products.

Overall, PCR PC, with its excellent performance, environmental advantages and a wide range of application scenarios, has become a favored recycled material in the market, providing a solid foundation for enterprises to achieve green production and sustainable development goals.