As high-end manufacturing pursues lightweight, efficient and green development, carbon fiber reinforced composites have become a key solution to address new energy vehicles’ range anxiety and aerospace’s weight reduction needs. Recently, a major breakthrough in lightweight technology for carbon fiber reinforced composites has been achieved, optimizing fiber layering and resin formulas to enhance mechanical properties while cutting production costs, strongly boosting the development of new energy vehicles and aerospace industries.
The breakthrough features innovative spinning and defect control technologies, making the composite’s density 1/4 that of steel and 2/3 that of aluminum, with tensile strength over 7600MPa. This "light yet strong" advantage enables large-scale application, and Carbon Fiber Tube, a core formed product, achieves a balance of lightweight and precision through controlled winding and curing processes, linking technology to industrial use.
For new energy vehicles, the technology reduces vehicle weight by 30%-60% and energy consumption by over 15%, easing range anxiety. In electronic installation, Aluminum Knurled Standoff complements the composite, providing stable support for circuit modules while aiding further weight reduction.
In aerospace, the composite cuts component weight by over 30%, improving fuel efficiency and adapting to extreme flight environments. Aluminum Step Standoff ensures precise and stable installation of aerospace electronic components, enhancing equipment safety and reliability. This breakthrough strengthens independent R&D capabilities and drives the upgrading of high-end manufacturing.