Select from our precision-engineered catalog of cast, flow-formed, and monoblock/multi-piece forged wheels designed for global distributors, tuning studios, and specialized automotive assemblers.
While the automotive market expands into extreme cosmetic wheel sizing, the forged 17-inch wheel remains the critical engineering standard for high-performance off-road dynamics, commercial overland utility, and rally endurance.
In all-terrain, mud-terrain, and competition applications, a 17-inch rim diameter allows massive tire sidewall displacement when aired down. This dramatically expands the tire footprint, protects the wheel flange against severe rock-crawling impacts, and mitigates unsprung shock transfers to the suspension geometry.
Unlike cast wheels that exhibit dendritic microstructure with micro-porosity risks, Rimax forged 17-inch blanks undergo a multi-directional 10,000-ton forging process. The structural grain flow aligns uninterrupted along spoke vectors, yielding a 350% increase in fatigue threshold under sustained dynamic cornering.
With an average mass reduction of 22% to 30% compared to cast counterparts, our 17-inch 6061-T6 forged wheels decrease parasitic rotational inertia. Vehicles experience shorter braking distances, instantaneous throttle torque transfer, and extended battery range in heavy Electric 4WD conversions.
Automotive tiered suppliers, regional wholesale distributors, and fleet managers navigate distinct procurement variables when sourcing forged aluminum platforms from China.
Procurement teams serving special utility, mining, and border patrol fleets require minimum static load ratings up to 1,250 kg per corner. Our 17-inch heavy-duty beadlock and standard forged barrels guarantee zero rim collapse during aggressive evasive maneuvers or rough unimproved terrain operations.
High-end tuning brands demand complete engineering confidentiality alongside custom concave depths, pocket-milling back-pads, knurled anti-slip bead seats, and proprietary laser-engraved branding. Rimax supports rapid prototyping with CNC toolpaths generated within 48 hours.
Global logistics shocks require suppliers capable of dual-capacity resilience. Rimax maintains a massive stock of pre-formed 17-inch forged aerospace billet blanks, insulating overseas partners from raw-material supply panics and compressing delivery lead times down to 15–20 days for custom batches.
Global importers must safeguard against customs detentions and liability lawsuits. Rimax provides serialized batch documentation, chemical composition spectrography, T6 hardness validation, and rigorous destructive test certificates including 13° and 90° impact reports per container shipment.
How Shanghai Rimax Industry Co., Ltd. eliminates structural compromises through closed-die isothermal forging and automated multi-axis milling technology.
Certified aerospace-grade 6061 aluminum cylindrical ingots are pre-heated and pressed under a 10,000-ton hydraulic closed die. The crystalline structure transforms into an ultra-dense, homogeneous matrix free of porosity or slag impurities.
Wheels undergo a dual-stage solution heat treatment at 535°C followed by high-velocity deionized water quenching and artificial furnace aging at 175°C. This elevates tensile strength past 310 MPa and yield strength past 275 MPa.
Forged cylinders enter ultra-precision Japanese CNC routing stations where wheel face profiles, deep back-pad lightening pockets, PCD holes, and bead seats are milled under micron tolerances, eliminating static imbalance prior to finish coating.
Each wheel receives automated multi-stage zirconium pre-treatment followed by high-build powder primer, ultra-durable automotive basecoat, hand-brushed or diamond-cut detailing, and automotive acrylic clearcoat verified via 1,000-hour CASS salt spray testing.
Eliminating regulatory friction in destination markets across North America, the European Union, Australia, and the Middle East through certified testing protocols.
Every Kipardo forged series manufactured at our facility fulfills the compulsory Japan Light Alloy Wheel (JWL) technical standards and Vehicle Inspection Association (VIA) testing regime, with dynamic radial fatigue running over 500,000 continuous cycles and dynamic cornering fatigue exceeding 100,000 cycles without yield or structural micro-fracture.
To support high-growth wholesale chains in the United States and Canada, all Rimax 17-inch 4x4 forged architectures are engineered in strict concordance with SAE J2530 aftermarket wheel standards. High-impact drop tests at 13-degree angles simulate curb impact shocks without pneumatic pressure drop or catastrophic rim severance.
Our commitment to structural reliability is backed by a manufacturer warranty policy: 5-year / 100,000 km coverage against structural defects, metal fatigue cracks, or runout deviation under recommended operational parameters, alongside a comprehensive 2-year warranty protecting against clearcoat flaking or galvanic corrosion.
Rimax advances continuous R&D across lightweight alloys, modular multi-piece architectures, and smart wheel sensor integration for next-generation platforms.
Implementation of generative AI and FEA structural load simulation to strip redundant metal from inner spoke geometries while stiffening rim barrels for heavy 4x4 overland and light truck builds.
Qualifying higher-tensile 6082-T6 aluminum alloys across our 17-inch forged range to boost impact absorption by 14% specifically for high-speed desert rally and trophy truck applications.
Deploying boutique pilot runs of ultra-light 17" forged magnesium-aluminum alloys for EV racing circuits, aiming for sub-6.5 kg curb weights per unit without sacrificing wheel stiffness.
Co-developing integrated rim sensor housings for real-time off-road stress detection, TPMS data monitoring, and dynamic hub-temperature analytics for intelligent fleet management.
Clear answers concerning order minimums, testing certifications, custom toolpath engineering, and private-label distribution.
Broaden your inventory spectrum with our specialized 2-piece and 3-piece modular forged solutions, luxury deep concave profiles, and high-load off-road wheel assemblies.