Introduction of the material
Our high-performance PP composite, fortified with 30% glass fiber, delivers exceptional strength and rigidity to industrial-grade components—empowering your parts to withstand rigorous operational demands.
| Parameter | Value |
Polymer Base | PP |
Glass Fiber Reinforcement | 30% |
Recycled Polymer Content | 30% - 70% |
Mechanical Strength | High tensile and bending strength |
Typical Use | Door handle base, active air intake grille housing |
Environmental Benefit | Automotive components, electrical components, machinery |
What sets it apart? Its recycled polymer content aligns seamlessly with eco-conscious manufacturing practices, letting you reduce environmental impact without compromising on performance.
Ideal for automotive parts and electrical enclosures, this material consistently delivers reliable mechanical properties in even the most demanding applications.
As a trusted supplier of glass fiber-reinforced engineering plastics, we don’t just offer off-the-shelf solutions—we craft fully customized formulations tailored to your unique specifications. Partner with us to turn your material requirements into high-performance, sustainable reality.
Material Advantages
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Boost Environmental Compliance via Recycled Content
Our PP composite integrates recycled materials, enabling you to meet stringent environmental regulations and sustainability goals—without sacrificing product quality. It’s a seamless way to reduce your carbon footprint while upholding the performance standards your customers expect.
Optimized specifically for injection molding, this material supports intricate, complex designs with ease. Its stable flow properties streamline production, cutting down on process inefficiencies and helping you bring high-quality parts to market faster.
Reinforced with glass fiber, the composite delivers exceptional load-bearing capacity—making it the perfect choice for parts that demand uncompromising strength and rigidity. It ensures long-lasting durability even in rigorous use scenarios.
This versatile material excels in key automotive parts, including car door handle bases and active grille shutters. It’s engineered to meet the auto industry’s strict performance and reliability requirements, adding value to your automotive assemblies.
