Explore our top-tier engineering solutions, custom composites, and high-performance structural wheels designed to withstand extreme stresses.
Founded in 2003, Zhengzhou Jersey Auto Co., Ltd. stands as an industry-leading manufacturer specializing in the advanced engineering, design, and global export of high-grade automotive and specialized wheel solutions. Our extensive portfolio spans tubeless truck wheels, tube truck wheels, lightweight forged aluminum wheels, high-performance motorcycle hubs, and bespoke carbon fiber components designed for demanding operational environments.
By integrating cutting-edge materials science with modern forging techniques, we cater to elite automotive OEMs, defense contractors, and specialized racing divisions. Our state-of-the-art facility acts as a hub of manufacturing excellence, transforming pure raw aluminum and steel alloys into structural masterpieces certified under stringent international regimes.
We hold ourselves to the most rigorous international standards, verifying structural integrity and longevity under severe stress profiles.
Our design, manufacturing, and assembly pipelines strictly comply with the IATF 16949 global quality standard for the automotive industry, ensuring complete zero-defect traceability throughout production.
Our structural fatigue, radial load, and impact resistance capabilities are certified by SMITHERS RAPRA, affirming our products are built to withstand extreme dynamic forces without structural deformation.
Every commercial and heavy-duty product designed for public highway usage conforms to American DOT certifications, ensuring legal compliance and safety standards for Western markets.
From raw metallurgy to final molecular coating, discover the high-precision processes utilized in our smart production facilities.
As the automotive and motorcycle sectors shift toward lightweight and carbon-neutral configurations, we are continuously updating our design paradigm. Through the strategic integration of advanced composites and smart monitoring systems, we maintain a competitive edge.
We manufacture structural components designed for extreme environments, heavy payloads, and speed optimization across diverse logistics networks.
Our forged aluminum and lightweight tubeless steel wheels reduce overall vehicle weights, allowing commercial operators to maximize cargo loads and comply with strict axle-weight regulations.
Engineered for durability, our heavy-duty wheels withstand high-frequency braking and constant curb contact, reducing maintenance downtime for municipal transit and sanitation fleets.
By utilizing ultra-lightweight carbon fiber compounds and forged alloys, we produce high-performance wheels with minimal rotational inertia for professional racing teams and track enthusiasts.
We maintain an expansive international distribution network spanning Southeast Asia (40%), South America (30%), and North America (20%), with the remaining 10% distributed across Russia, Africa, and the Middle East. Our logistics infrastructure is optimized for prompt transit, minimizing lead times and protecting project timelines.
Our streamlined procurement process is designed to support engineering collaboration, quality verification, and efficient mass production.
Send us your 2D engineering sheets or 3D CAD files. Our research and development department conducts structural analysis using Finite Element Analysis (FEA) to verify stress limits before building prototypes.
We build initial prototype samples within 15-20 days, putting them through rigorous dyno-fatigue testing, dynamic radial balancing, and air-tight trials to ensure compliance with design specs.
Once the prototype is approved, we configure our automated CNC and die-casting machinery for mass production. Quality assurance inspectors monitor every step of the workflow from casting to final paint spraying.
Get professional insights on custom tooling, material chemistry, testing methodologies, and international shipping protocols.
Our heavy-duty steel and forged alloy wheels are engineered to deliver reliable performance under demanding industrial and road conditions.