Polypropylene Thermoplastic Composite Plate

Home » Thermoplastic Laminate Series

Specification

  • Thickness: 5.0-50mm.
  • Width: Max 2.8m.
  • Length: Max 12m or custom sizes.
  • Fiberglass Type: Continuous glass fiber.
  • Fiberglass Content: 40-70%.
  • Resin Type: Thermoplastic PP (Polypropylene).
  • Density: 700kg/m³.

Description


It is not a conventional polypropylene (PP) plastic sheet. Instead, it is a glass-fiber-reinforced thermoplastic composites. Unlike simple mixtures of resin and glass fiber, this material is manufactured through a more advanced and highly controlled laminated composite process.
Multiple layers of PP thermoplastic prepreg tapes are laid at vertical and cross orientations and then consolidated under high temperature and pressure, ensuring optimal load-bearing performance in all stress directions.

Compared with non-reinforced PP sheets or traditional glass-fiber–resin mixed sheets, this laminated composite panel delivers significantly higher mechanical strength, impact resistance, and long-term structural stability.

Long-lasting Durability

The laminated structure greatly enhances fatigue resistance, overcoming the fatigue issues commonly seen in metal materials.Glass fiber reinforcement provides excellent creep resistance, enabling the material to maintain dimensional stability under long-term loading without deformation or failure. Its high impact strength makes it reliable even in environments involving frequent vibration or shock.

Recyclability

Traditional plastic products often face recycling challenges, especially in the pursuit of sustainable economic development and environmental protection.
This PP glass-fiber-reinforced thermoplastic composite panel is fully recyclable. Waste materials produced during manufacturing—such as offcuts and scrap—can be remelted and reused, significantly reducing material waste and lowering the overall environmental footprint.

Applications

Thermoplastic composite panels can be processed into various machine components and are widely used in aircraft, automobiles, drones, and marine vessels. They are also ideal for lightweight construction components, such as flooring panels and access covers, where low weight and high strength are essential.