The outstanding quality and performance of our ULC frames
is attributable to the high-quality carbon fiber and elaborate manual production.
All our ULC frames adopt imported T700 or above ultra-light carbon fiber,
which ensures the high performance.
—— ULC（Ultra light Carbon）Wonderful Birth！
The top ultra-high modulus carbon
fiber is featured by extremely light weight,
high intensity and stiffness.
Every frame is an integrated
and seamless triangle,
which provides stable and reliable performance.
The cutting-edge high-modules carbon
fiber is featured by light weight and high
intensity and is able to boost the performance
of bikes in a tough environment.
Bring out the potential
in raw materials to maximize the performance.
The high-end light and high-intensity
carbon fiber can help riders achieve
good results in games and offer
a pleasant riding experience for riders.
Through the cooperation with Central South University Aluminum Alloy Research Institute,
a global leading metal material research body,
we have discovered the composition of the stiffest aluminum alloy and developed the aviation-grade aluminum alloy X6.
The discovery and new product mark the beginning of a revolution to build ultra light aluminum alloy bike frames.
—— Aluminum alloy X6 with cutting-edge aviation quality emerged as the times require. Aluminum alloy frame ushered in a revolutionary lightweight transformation！
Compared with traditional aluminum alloy frames, the deformation and stretching resistance of frames made of X6 is improved by 50% and 30% respectively, thus ensuring reliable performance under any conditions.
Light and solid thanks to the X6 aluminum alloy
X6 ultra-light aluminum alloy triples the service life of frames, making bikes more enduring and powerful.
The intensity and stiffness of X6 is substantially, making thinner and lighter aluminum alloy tubes and structures possible.
Perfect molding monocoque
Invisible and smooth joints make aluminum alloy frames as perfect as carbon fiber ones.
Every frame is polished repeatedly to further reduce its weight.
By using robots to weld aluminum alloy parts, we can better control the welding temperature and ensure even welding bead penetration, outperforming the traditional manual welding intensity by 20% to 30%.
Introduces the double-butted (DB) tubing technology to design the thickness of the tube wall according to mechanical needs, thus achieving extremely lightweight, stiff and compliant frames.
The cutting hydro-forming and embossing technology is able to present best-in-class embossed logos on frames.