High-strength Composite Structure

Through the scientific proportioning of natural fibers and high-toughness artificial fibers, it achieves dual performance of tear resistance and wear resistance, ensuring long-lasting durability.

Intelligent Energy Empowerment

Flexible conductive fibers are integrated with energy storage units, supporting long-term battery life for smart wearable devices and being suitable for scenarios such as smart bracelets and flexible displays.

Backed by Innovative Processes

Using microfluidic spinning technology, it precisely controls the arrangement of fibers and the laminar flow structure to ensure the light weight and high energy density of the material.

Eco-friendly Design

By optimizing the production process, it reduces energy consumption and resource waste, complies with green manufacturing standards, and contributes to sustainable development.

Adaptability to Multiple Scenarios

From the reinforcement of sports equipment to medical protective fabrics, it takes into account both functionality and comfort, meeting the needs of both industrial and consumer levels。

Hybrid woven Fabrics are woven from a wide variety of different fibers.

Such as Glass-Kevlar, UHMWPE-PET, Polypropylene-Glass, Polyethylene- Polyester and other high-performance yarns.Hybrid woven Fabrics combine the good characteristics of various yarns.

We are professional manufacturer of hybrid woven fabric, we can weave 3~4kinds of different yarns into one weave, even several yarns in one direction.