The Leader Of Titanium Bicycle Frame Production And Development

Hebei Hanglun: The Leader Of Titanium Bicycle Frame Production and Development

Aircraft, satellites, manned spacecraft and other spacecraft key structures, all contain a large amount of titanium alloy. Titanium alloy is known as "space metal" for its light weight, strong strength and high temperature resistance. Located in Changli Economic Development Zone, Qinhuangdao City, Hebei Hanglun Technology Co., Ltd. (hereinafter referred to as Hebei Hanglun Company), titanium alloy this aerospace material for civilian use, has become the largest manufacturer of titanium alloy bicycle frame, but also high-end sports bicycle frame production research and development leader.

Titanium is the hardest metal, so its production is technically demanding. The production of ordinary frame can easily solve the problem, but titanium alloy frame production process is not easy to cross the technical threshold.

The titanium alloy frame produced by Hebei Hanglun company has a strength to weight ratio more than 30% higher than ordinary bike frame, and has a certain toughness. The company has developed nearly 10 series of #titanium alloy frames of more than 50 models and specifications for mountain, road and outing, with an annual output of 14,000 frames and 2,600 complete vehicles, most of which are sold to Holland, the United States, South Korea, Australia and other countries.

Aiming at the development prospect of aerospace materials for civilian use, as well as the opportunity of qinhuangdao to vigorously develop the health industry, Hebei Aerospace Company has a new direction of research and development.

Fei Jiaqi, deputy general manager of Hebei Aerospace Company, said: "The company was restructured from an aerospace enterprise, with certain advantages, for many years has been committed to the civil aerospace materials research. Qinhuangdao is the national rehabilitation assistive device industry comprehensive innovation pilot area, we will take this as an opportunity to increase the research and development of rehabilitation assistive devices, such as stretchers, wheelchairs, crutches and benches are our later research and development direction."