Featuring 55% LGF, this polypropylene composite balances cost and mechanical performance, offering excellent durability, impact strength, and structural integrity under high-load conditions.

This 20% LGF polypropylene composite offers high stiffness, creep resistance, and impact performance. It provides a cost-effective, recyclable solution with balanced mechanical strength, ensuring long-term durability under stress and thermal fluctuations.

Reinforced with 35% LGF, this polypropylene grade excels in tensile strength and impact resistance while ensuring dimensional stability. It provides enhanced creep resistance and retains strength under sustained loads, making it a reliable choice for structurally demanding environments.

Polypropylene with 60% LGF maximizes strength and thermal stability while remaining lightweight. It offers high impact resistance, dimensional accuracy, and superior mechanical performance, making it an ideal alternative to heavier materials in strength-critical environments.

Nylon 6 reinforced with 30% LGF delivers high heat resistance, strength, and dimensional stability under extreme conditions. It maintains mechanical integrity under load, resists wear and fatigue, and supports high-precision applications with excellent durability.

A 60% LGF polypropylene composite designed for superior impact resistance, thermal stability, and recyclability. It provides high strength and fatigue resistance, ensuring long-term structural reliability in demanding applications, including chair components requiring durability and load-bearing performance.

With 30% LGF, this polypropylene composite delivers enhanced stiffness, impact resistance, and recyclability. It maintains structural integrity while offering an optimal balance of strength and lightweight efficiency in demanding environments. Extensively used in plumbing applications, it provides durability and resistance to long-term wear and moisture exposure.

Reinforced with 35% LGF, this heat-stabilized polypropylene composite ensures durability, impact strength, and improved thermal resistance. It provides dimensional stability under prolonged exposure to varying temperatures and mechanical stress.