Customized carbon fiber composite materials cover a full range of categories including fixed wings, aircraft, industrial machines, and high-speed machines. Hot press can integrated molding, reducing weight by 30% -50%, and resistant to impact and fatigue.

improving endurance and load capacity, suitable for aerial photography, racing, inspection, and rescue, solving the pain points of bulky metal body and short endurance.

Focusing on automotive lightweighting and energy-saving upgrades, we use low viscosity prepreg and molding technology to produce body, chassis, wheel hub covers and other components, reducing weight by 40% -60% compared to metal and complying with EU environmental protection, flame retardant, and collision safety standards.

Targeting the high-end modification market, we provide personalized customization of texture and surface, balancing strength and texture, suitable for passenger cars, sports cars, new energy vehicles, and special vehicles.

Specially designed for wind power, high-strength and anti-aging carbon fiber materials are used to prepare core components such as main beams and web plates using large fiber bundles and extrusion/winding processes. They are resistant to salt and alkali, UV rays, and suitable for harsh environments such as coastal areas, plateaus, and deserts.

Improve blade rigidity and wind energy capture efficiency, reduce load and energy consumption, and extend the lifespan of the wind turbine to over 20 years. Compared to fiberglass, it significantly reduces weight and helps with the large-scale upgrade of wind turbines, meeting the global demand for clean energy.

Provide carbon fiber robotic arms, frames, rails, and other components for AI robots and industrial automation, with integrated molding and precision CNC technology to ensure accuracy, reduce inertia and energy consumption, and improve response speed and positioning accuracy.

The material is anti-static, corrosion-resistant, and free of magnetic interference, suitable for special scenarios such as dust-free workshops and chemical inspections, helping to upgrade industrial lightweighting and increase efficiency in intelligent manufacturing.

Following aerospace grade standards, we develop high-performance carbon fiber composite materials that cover aircraft structural components, satellite parts, and onboard equipment shells, meeting the requirements of lightweight, high strength, high temperature resistance, and extreme environmental resistance.

Through rigorous mechanical and high-low temperature cycling tests, it has high specific strength, radiation resistance, and thermal stability characteristics, improving load, range, and in orbit life, and meets aerospace quality control standards.

Develop lightweight and high-strength carbon fiber products, including skis, fishing rods, bicycle racks, tent stands, outdoor tables and chairs, etc. Compared to traditional materials, it is lighter, stronger, more resistant to bending and corrosion, enhancing competitive performance and portable durability.

Customizable appearance texture and color matching, balancing practicality and aesthetics, suitable for high-end sports, outdoor camping, leisure and entertainment, and other diverse scenarios, upgrading user experience.

We provide customized carbon fiber components, standardized profiles, and CNC precision machining that comply with EU REACH and RoHS environmental standards and meet European industrial compliance requirements.

Combined with local warehousing and fast after-sales service in Poland, it flexibly meets the needs of small-scale trial production and large-scale procurement delivery

Carbon fiber industrial components replace steel and aluminum to reduce weight by 40% -60%, improve rigidity, reduce vibration and friction, be lubrication free, corrosion-resistant, and free of magnetic interference, suitable for precision machine tools, packaging machinery, food and medicine, and other scenarios.

Covering six major fields including energy and power, rail transportation, chemical corrosion prevention, mining heavy industry, electronic precision, and marine vessels, it is applied to photovoltaic brackets, high-speed rail interiors, chemical pipelines, drilling rig components, electronic casings, etc., to enhance durability and operational efficiency.