Explore our primary selection of cast alloy, multi-piece modular, and monoblock aerospace-grade forged rims, engineered for luxury passenger vehicles, heavy-duty 4x4 platforms, and bespoke commercial programs.
Transparent manufacturing economics derived directly from Shanghai Rimax Industry Co., Ltd.'s casting and forging facilities in Kunshan, Jiangsu. The following schedule reflects wholesale FOB pricing matrix based on manufacturing topology, structural metallurgy, and surface treatment technologies.
| Manufacturing Technology | Diameter Range | Core Material Spec | Chrome Treatment Method | MOQ (Per SKU) | Reference FOB Price (USD) | Production Lead Time |
|---|---|---|---|---|---|---|
| Low-Pressure Gravity / Die Cast | 15" – 17" | A356.2 Aluminum / T6 | PVD Eco-Chrome / Mirror Electroless | 60 – 100 pcs | $42.00 – $68.00 | 25 – 30 Days |
| Low-Pressure Cast Off-Road | 17" – 20" | A356.2 Virgin Alloy (Reinforced) | Multi-Layer Hexavalent-Free Chrome | 60 pcs | $65.00 – $105.00 | 30 – 35 Days |
| Rotary Flow-Formed (Hybrid) | 18" – 22" | A356.2 Barrel Compressed | PVD Sputtered Bright / Black Chrome | 40 pcs | $85.00 – $142.00 | 30 – 35 Days |
| Monoblock Forged 1-Piece | 18" – 24" | Aerospace Billet 6061-T6 | Mirror Polished + Clear PVD Chrome | 4 pcs (Bespoke) | $195.00 – $340.00 | 15 – 20 Days |
| Modular 2-Piece Forged | 19" – 26" | Forged 6061-T6 Center + 6061 Rim | Dual-Tone Chrome Lip / Brushed Center | 4 pcs (Bespoke) | $310.00 – $520.00 | 20 – 25 Days |
| Ultra-Luxury 3-Piece Forged | 20" – 30" | 6061-T6 Billet + ARP Fasteners | Show-Grade Chrome Plated Assemblies | 4 pcs (Bespoke) | $450.00 – $890.00 | 25 – 30 Days |
Chrome aesthetics historically carried environmental and structural degradation vulnerabilities (such as hydrogen embrittlement). Rimax engineering revolutionizes the surface-finishing discipline by deploying advanced Physical Vapor Deposition (PVD) and solid-state forging kinetics.
Standard cast aluminum relies on virgin A356.2 aluminum ingot melted at 720°C, followed by rotary degassing with argon and titanium boron refinement to stabilize dendrite arm spacing. Solution treatment at 535°C followed by artificial aging at 155°C (T6 condition) establishes optimal tensile yield strength (>220 MPa).
Conversely, our fully forged chrome wheels utilize aerospace-grade 6061-T6 aluminum billets. Subjected to our 10,000-ton hydraulic forging press, the crystalline grain flow aligns continuously along the spokes and rim lip, yielding an ultra-high yield strength of 276–310 MPa with an elongation rate exceeding 12%.
Traditional hexavalent electroplating introduces severe environmental liabilities, weight penalties (adding 2–3 lbs of metal deposit per rim), and the persistent threat of pitting and micro-cracking under thermal cyclic stress.
Kipardo's PVD (Physical Vapor Deposition) Chrome operates inside high-vacuum plasma chambers. A powder-coated primer base is layered with nanoscale sputtered chrome molecules and locked under an acrylic clear powder shield. This achieves 100% mirror luster, eliminates VOC emissions, saves up to 40% in coating mass, and is immune to flaking.
With the rapid proliferation of high-torque Electric Vehicles (EVs) and heavy overland rigs, unsprung mass distribution is paramount. Our engineering center in Kunshan implements algorithmic FEA (Finite Element Analysis) topology modeling.
By redistributing metal from zero-stress spoke zones to the critical inner lip bead seat and lug circles, we optimize rim weight by an average of 14.8% without diminishing lateral load ratings (tested to SAE J2530 standards at 2,500 lbs to 3,650 lbs per corner).
Different geographic operational theaters subject aluminum chrome rims to radically distinct mechanical and chemical fatigue profiles. Kipardo custom rims are precision-engineered to excel across diverse climates and localized vehicular duty-cycles.
Full-size American trucks (Ford F-150 / F-250, Chevrolet Silverado, RAM 1500/2500) demand oversized load ratings (3,200+ lbs), 6-lug (6x139.7) and 8-lug (8x165.1 / 8x170) bolt patterns, and aggressive deep-lip offsets (-12mm to -44mm).
Our cast and forged chrome off-road lines incorporate knurled bead seats to prevent tire slippage during low-pressure rock crawling, reinforced spoke roots to handle violent torsional snap, and extra-thick clear coats resistant to trail brush abrasion.
Operating across the UAE, Saudi Arabia, and Qatar exposes wheels to surface ambient temperatures in excess of 55°C, airborne silicate sandblasting, and intense UV radiation. Traditional electroplated chrome quickly clouds and delaminates.
Kipardo's PVD thermal-barrier topcoats reflect infrared spectrum rays, retaining structural temperature stability in the A356.2 aluminum core. Surface hardness reaches 4H pencil scale, eliminating micro-scratches caused by high-speed desert dune drifting.
In Scandinavia, Canada, and Northern Europe, highway de-icing agents (calcium chloride and magnesium chloride) rapidly induce galvanic corrosion at the rim flange, promoting catastrophic bead bead-seat air leaks.
Our winter-specification chrome wheels receive a zero-gap e-coat immersion treatment prior to PVD application, sealing every microscopic pore. Tested through 168 hours of continuous copper-accelerated acetic acid salt spray (CASS ASTM B368), our finish exhibits zero corrosion migration.
Headquartered in Kunshan, Jiangsu, with strategic logistics proximity to Shanghai Port, Shanghai Rimax Industry Co., Ltd. integrates 15+ years of specialized alloy wheel foundry experience. We transform raw metallurgical feedstocks into export-ready, shelf-packaged product lines with unmatched speed and economic efficiency.
Unlike trading intermediaries, our Kipardo casting foundry designs and machines steel molds directly via CAD/CAM high-speed milling centers. From styling sketch approvals to physical 3D steel molds, our development timeline is compressed to just 14 to 21 business days, saving overseas private-label brands up to 60% in capital upfront tooling expenditures.
Our casting lines feature closed-loop hydraulic low-pressure casting machines linked to robotic manipulators. Under a precise 0.6–0.8 bar pressurization envelope, molten alloy fills the die cavity smoothly without turbulence, eliminating air entrapment defects. Real-time sensor telemetry monitors chill rates to guarantee crystalline purity across every rim spoke.
Every single Kipardo rim traverses an exhaustive 6-stage physical and non-destructive screening protocol: 1. Continuous X-ray fluoroscopy identifying sub-surface porosity; 2. Automated helium mass spectrometer leak detection; 3. CNC 3-axis coordinate measuring for runout (<0.25mm); 4. Dynamic cornering fatigue testers; 5. 13° and 90° impact drop towers; and 6. 100% optical cosmetic balance inspection before carton boxing.
Navigating the contemporary international wheel trade demands acute awareness of international freight density, classification codes, and regional customs anti-dumping measures. Shanghai Rimax serves as a strategic execution partner for leading global wholesale programs.
Maximizing container cubic meter (CBM) utilization directly dictates bottom-line landed gross margin. We engineer custom nested master cartons with high-density EPE foam cap protectors and reinforced corrugated structural boundaries.
A typical 40-foot High Cube (40'HQ) container accommodates up to 800 to 1,100 cast alloy wheels (depending on staggered 17"–20" diameters) or over 600 large-diameter 22"–24" truck fitments, reducing ocean freight costs per wheel unit by up to $4.50.
Alloy road wheels export under Harmonized System (HS) Code 8708.70. We supply authenticated Certificates of Origin (Form E for ASEAN, Form A, CO), mill test certificates, JWL testing validation reports, and compliant customs commercial invoices to expedite clearance through US CBP, European Customs, and Middle Eastern SASO portals.
Brand differentiation is crucial for aftermarket competitiveness. Kipardo delivers comprehensive OEM packaging services: laser-etched custom logos on wheel outer lips, precision CNC engraved forged center caps, custom color-printed dealer boxes, serialized barcoding, and tailored retail point-of-sale display hardware.
Automotive road safety allows no margin for structural error. Kipardo and Shanghai Rimax wheels are manufactured in strict compliance with the planet's most stringent regulatory frameworks.
Certified in accordance with Japan Light Alloy Wheel standards for passenger cars (JWL) and commercial trucks (JWL-T). Our internal lab conducts dynamic rotational bending tests to 100,000 cycles and dynamic radial endurance tests to 500,000 cycles, far exceeding statutory mandates.
Validated against the Society of Automotive Engineers (SAE) aftermarket wheel performance guidelines. Includes dynamic radial fatigue, dynamic cornering fatigue, and 13° lateral impact drop tests conducted under maximum load ratings.
Production lines comply with ISO/TS 16949 automotive quality management certifications. Structural rim architecture is calibrated to accommodate high-offset clearance for large European Brembo/Akebono multi-piston performance brake calipers.
Explore additional heavy-duty 4x4 offroad fitments, luxury deep-dish profiles, and multi-piece modular designs available for custom quotation, bulk order, and rapid global export dispatch.
Comprehensive answers to common engineering, quality assurance, fitment verification, and commercial logistics inquiries directly from Shanghai Rimax's technical operations staff.
Traditional chrome plating relies on immersing the aluminum wheel in chemical baths of copper, nickel, and hexavalent chromium (Cr6+). While providing high specular shine, it adds 2 to 3.5 lbs of non-structural dead weight, creates hazardous chemical byproducts, and is notoriously prone to filiform corrosion and peeling in freezing climates where road salts attack the porous micro-cracks.
In contrast, PVD (Physical Vapor Deposition) Chrome is an environmentally benign vacuum sputtering process. The wheel is first coated with a durable powder-coated primer, placed into a high-vacuum chamber where titanium and chromium target atoms are vaporized and deposited at the molecular level, and subsequently encapsulated in a high-solid clear powder clearcoat. PVD Chrome is 100% immune to pitting, weighs up to 40% less than electroplating, and easily passes 168+ hours of rigorous CASS salt-spray testing.
Every wheel design engineered in our Kunshan manufacturing center must pass three core destructive mechanical validations benchmarked against JWL, VIA, and SAE J2530 protocols before mass production approval:
For Low-Pressure Cast Alloy Rims, our production runs require an MOQ of 60 to 100 units per SKU (same mold and finish parameters), with standard production schedules executing in 25 to 35 calendar days.
For our Aerospace 6061-T6 Forged Series (1-piece monoblock, 2-piece modular, and 3-piece show wheels), the MOQ is just 4 pieces (one car set). Because each forged unit is CNC milled from solid billet aluminum, we can configure completely bespoke PCD patterns (e.g. 5x112, 5x120, 6x139.7, center-lock), custom offsets (ET -44 to +55), and hub-centric bores in as fast as 15 to 20 days.
Yes. Over 70% of our export output is produced under private-label OEM contracts for wheel brands, national tire chains, and performance tuning ateliers across North America, Europe, Australia, and the Middle East. We provide full industrial branding solutions:
Every wheel bearing the Kipardo mark or manufactured under OEM license by Shanghai Rimax Industry Co., Ltd. is backed by an industry-leading 5-Year / 100,000-Kilometer Structural Warranty guaranteeing against structural cracking, casting porosity, or metallurgical failure under normal street and highway usage.
Furthermore, all painted, brushed, and PVD chrome finishes are protected by a comprehensive 2-Year Surface Warranty covering clearcoat adhesion, delamination, and peeling.
Our engineering office maintains a comprehensive digital 3D vehicle clearance database covering thousands of OEM and aftermarket performance brake profiles (including Brembo 6-piston, AP Racing, and carbon-ceramic brake systems).
By tuning the spoke concavity profile (High-Disk vs. Mid-Disk vs. Deep-Dish Low-Disk), we ensure generous caliper clearance while optimizing the visual lip depth and preserving vehicle track geometry, scrub radius, and suspension kinematics.