Carbon fiber for fiberglass products

Carbon fiber and graphite fiber both exhibit excellent mechanical properties. Graphite fiber has a tensile strength approximately twice that of glass fiber, and its heat resistance far surpasses that of glass fiber. Fabrics woven from graphite yarn retain strong mechanical integrity even when heated to 2,500°C. Consequently, when used as a reinforcing material in fiberglass composites, it enables the production of high-performance, high‑temperature‑resistant, ablation‑resistant reinforced plastics. Carbon fiber was first produced as early as the nineteenth century; the filament that illuminated the world’s first electric light bulb was made of carbon fiber. Shortly thereafter, some researchers carbonized cotton to obtain carbon fiber, but the resulting material performed poorly and failed to attract significant attention. It was not until 1958 that someone…

In collaboration with the Chongqing Academy of Transportation Sciences, we jointly developed a fiberglass-reinforced polymer bridge‑type crash barrier and put it into service at the Taohuajiang Project in Hunan Province.

In collaboration with the Chongqing Institute of Transportation Science, we jointly developed fiberglass-reinforced plastic bridge crash barriers, which have been put into service at the Taohuajiang Project in Hunan Province.

In cooperation with Hubei Zhongjin Construction Engineering Co., Ltd.

In collaboration with Hubei Zhongjin Construction Engineering Co., Ltd., we have, for the first time, introduced fiberglass‑reinforced plastic membrane frames for wastewater treatment tanks and biofilm‑based treatment systems in water‑treatment projects, and have completed the design, fabrication, and installation of these systems.

The company’s official website has been upgraded and revamped.

The company’s official website has been upgraded and revamped.

The company has partnered with Hubei Fucheng New Materials Technology Co., Ltd. to jointly develop the application of polyester‑concrete pipe piles in coastal saline‑alkali soils.

The company is collaborating with Hubei Fucheng New Materials Technology Co., Ltd. to jointly develop the application of polyester‑concrete pipe piles in coastal saline‑alkali soils.

In cooperation with Canada’s Intelcan Technosystems Inc.

In cooperation with Canada’s Intelcan Technosystems Inc., 6,000 airport signposts were exported to Kuwait.

In cooperation with Guizhou Zhenhua Tiantong Equipment Company

In collaboration with Guizhou Zhenhua Tiantong Equipment Co., Ltd., the first large‑scale radar antenna radome was installed in Sansha City, China’s southernmost city.

In cooperation with China Jiangsu International Economic and Technical Cooperation Group Co., Ltd.

In collaboration with China Jiangsu International Economic and Technical Cooperation Group Co., Ltd., we completed the design, fabrication, and installation of fiberglass-reinforced plastic enclosure panels for the Zimbabwe Airport project.