HANSU provides high-performance thermoplastic carbon fiber and glass fiber fabric prepregs engineered to meet the stringent demands of modern industry. These advanced materials combine continuous woven fibers with a variety of high-performance thermoplastic resin matrices to deliver superior mechanical properties and processing efficiency.
Comprehensive Material Matrix
We offer one of the industry's most diverse material portfolios, ensuring the perfect match for your specific application requirements.
• Resin Matrices:
Our options include high-performance resins such as PEEK, PEKK, PPS, PEI, PA12, PES, PC, PA, and PP.
• Reinforcement Fibers:
Available with high-strength carbon fiber, glass fiber, aramid fiber and basalt fiber reinforcements.
• Versatile Widths:
We support large-scale industrial manufacturing with production widths of 300mm, 600mm, and up to 1000mm.
The Thermoplastic Advantage
Our woven fabric prepregs offer transformative benefits over traditional thermoset composites and metals:
• Exceptional Impact Toughness:
These materials feature excellent damage tolerance and resistance to fatigue, making them ideal for high-stress environments.
• Rapid Manufacturing:
The thermoplastic nature allows for extremely short molding cycles (measured in seconds or minutes), drastically increasing production throughput.
• Indefinite Shelf Life:
Unlike thermoset prepregs, our woven fabrics can be stored at room temperature indefinitely, eliminating the costs associated with cold storage and specialized logistics.
• Sustainability:
Aligned with global "Carbon Neutral" initiatives, our materials are fully recyclable, re-moldable, and environmentally friendly.
• Aerospace-Grade Quality:
Our advanced manufacturing processes ensure a void content of less than 2%, meeting the high-quality standards required for aerospace structural components.
Advanced Processing & Versatility
Our woven fabrics are designed for versatility in secondary processing and complex assembly:
• Tailored Impregnation:
We utilize diverse production routes, including powder scattering, film composite, and fiber interweaving, to ensure optimal resin distribution and performance.
• Complex Shaping:
These materials support secondary thermoforming and laser welding, enabling the efficient creation of intricate, high-precision structures.
• Integrated Systems:
Our fabrics are compatible with CCM (Continuous Compression Molding) and integrated molding-injection technologies, bridging the gap between high strength and flexible design.
