Toughening RPVC
Highlights
High-Purity Selected Raw Materials
Toughening RPVC is made from high-purity, single-source industrial recycled PVC (PIR), including injection molding sprue waste, extrusion trim scrap, sheet cut-off waste, and unused pipes/profiles. All raw materials are directly sourced from reputable PVC manufacturers and undergo strict selection to ensure they are free from additional impurities, guaranteeing material purity and stability.
Raw Material Sources
Injection Molding Sprue Waste: Derived from the sprues and runners of PVC injection molding processes, such as pipe fittings, connectors, and casings. These materials have not undergone multiple processing cycles, preserving the molecular integrity and ensuring excellent material performance.
Extrusion Trim Scrap: Collected from PVC profile, pipe, and sheet production, including cut-off edges and trimming waste. Since these materials have never been used or exposed to contamination, they maintain properties similar to virgin PVC.
Sheet Cut-Off Waste: Generated during PVC sheet and film production due to size trimming or mold adjustments. This type of waste remains unaffected by thermal aging, ensuring stable color and consistent chemical composition.
Unused Pipes & Profiles: Some PVC pipes and profiles are discarded due to quality control issues such as dimensional deviations or color inconsistencies. These materials are never used, making them highly pure and free from external contamination or degradation.
All raw materials undergo rigorous sorting, cleaning, crushing, and filtration processes to eliminate impurities. As a result, Toughening RPVC offers superior stability and mechanical performance, meeting the demands of high-quality applications.
Outstanding Impact Resistance & Low-Temperature Performance
With advanced polymer toughening modification technology, impact strength is increased by 40%. Even in environments as low as -20°C, Toughening RPVC maintains excellent mechanical properties, ensuring reliability in high-strength applications.
Strict Quality Control
Melt Flow Index (MFI) and impact resistance tests are conducted during production to ensure outstanding processing stability and impact performance. All products meet UL94 flame retardant standards and comply with RoHS environmental regulations, guaranteeing safety and environmental compliance.
Superior Chemical Resistance
Toughening RPVC exhibits excellent resistance to chemical corrosion, allowing long-term use in acidic and alkaline environments without degradation or brittleness. It is ideal for industrial piping, cable sheathing, and other specialized applications.
Wide Range of Applications
Suitable for cable sheathing, industrial pipes, sports equipment, and protective structures in construction. With high mechanical strength and excellent processability, Toughening RPVC is an ideal engineering material for industries such as construction, automotive, electronics, and infrastructure development.
Details
Toughening RPVC is formulated with high-purity industrial recycled PVC (PIR) and enhanced with high-efficiency toughening agents and modification additives. This ensures the material maintains superior mechanical properties under high loads and impact conditions. The modification process stabilizes the molecular structure, improving heat resistance, crack resistance, and durability, making it suitable for demanding industrial environments.
Melt Flow Index (MFI) Testing: Ensures excellent flow properties in extrusion and injection molding processes, improving processing efficiency and product stability.
Impact Resistance Testing: Enhances material strength, allowing it to perform well in high-stress environments.
This material is widely used in manufacturing high-strength cable sheaths, impact-resistant pipes, and weather-resistant external structures, ensuring long-term durability in complex environments. With its exceptional physical properties and processing adaptability, Toughening RPVC is fully compatible with existing PVC production equipment, reducing production costs and improving overall manufacturing efficiency.
As an environmentally friendly engineering material, Toughening RPVC is produced using carefully selected high-quality recycled PVC, eliminating the need for additional cleaning and treatment. This reduces energy consumption and environmental impact at the source. Utilizing advanced material optimization technologies, this product not only delivers high performance but also contributes to lowering the carbon footprint, supporting the industry's transition to sustainable and eco-friendly development while providing high-performance, eco-friendly recycled plastic solutions for global customers.
