SCJ5066-1 TFT Speedometer & Wheel Telemetry System
Precision digital cluster integration for real-time alloy wheel rotation, rotational velocity, and tire telemetry tracking in urban EV/Motorcycle fleets.
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Engineered specifically for South American road topographies, heavy payload demands, and rigorous Brazilian regulatory standards.
Precision digital cluster integration for real-time alloy wheel rotation, rotational velocity, and tire telemetry tracking in urban EV/Motorcycle fleets.
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Ultra-durable 10-inch cast alloy rim architecture engineered for high torque loads, cargo haulage, and severe Brazilian urban pavement impact.
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3C/5C continuous discharge battery cells optimized for low-inertia alloy hub wheel motor powertrains operating under high ambient humidity.
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Integrated regenerative braking controller interface matched for lightweight alloy wheel assemblies, reducing thermal wear during heavy braking.
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Monoblock alloy rim housing integrated with a high-torque 5000W BLDC hub motor, ideal for dual-purpose Brazilian fleet platforms.
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High-tensile aluminum alloy wheel set built for extreme off-road terrain, unpaved agricultural tracks, and heavy rural trail endurance.
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Precision-cast lightweight alloy wheels for last-mile delivery vehicles and daily commuting, offering high energy efficiency and fatigue strength.
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Aerodynamically profiled alloy wheel rims designed for high-velocity stability, thermal dissipation, and dynamic cornering resilience.
Inquire Product SpecsBrazil's vast transport network requires alloy wheels that combine structural rigidity with high impact toughness. We utilize primary A356.2 aluminum ingot processed through advanced low-pressure casting and flow-forming technology.
We strictly utilize virgin A356.2 aluminum ingots (AlSi7Mg0.3) modified with Strontium for grain refinement. Subjected to T6 solution treatment (535°C) and artificial aging (160°C), our rims deliver superior tensile strength (>250 MPa) and elongation rates indispensable for heavy road loads.
Our flow-forming process applies hydraulic rollers to compress and elongate the rim barrel under extreme pressure. This alters the aluminum crystalline structure to mirror forged wheels, achieving a 15-20% weight reduction while dramatically boosting radial impact resistance.
Every single alloy rim undergoes automated real-time X-ray flaw detection (ASTM E155 standard) to screen for internal porosity or micro-shrinkage. Rims intended for tubeless application undergo helium dynamic bubble and pressure testing to ensure 0% air leakage.
From the agricultural arteries of Mato Grosso to the bustling coastal metropolises of São Paulo and Rio de Janeiro, vehicles in Brazil face extreme environmental and mechanical stresses. Our custom rim configurations directly solve regional operating pain points:
Understanding market shifts and regulatory frameworks is critical for Brazilian wheel distributors, automotive assemblers (montadoras), and fleet importers.
Brazil enforces strict safety regulations via INMETRO Ordinance No. 118/2021 (Portaria INMETRO). Importers cannot clear customs without valid INMETRO registration. Our manufacturing facilities hold comprehensive TÜV, VIA/JWL, and ISO/TS 16949 accreditations, streamlining the INMETRO certification process for our Brazilian partners.
With major EV assembly hubs establishing in Bahia and São Paulo, alongside the enduring dominance of 4x4 pickup trucks, demand for aftermarket custom offsets (ET), negative ET wheels, and aggressive PCD fitments (e.g., 6x139.7, 5x114.3) has surged by over 34% year-over-year.
Navigating the Mercosur Common External Tariff (TEC code 8708.70.90) requires precise shipping documentation. We provide complete RADAR system integration support, Bill of Lading (B/L) optimization, and direct container shipping to major Brazilian ports: Santos (SP), Paranaguá (PR), and Itajaí (SC).
| Specification Parameter | OEM / B2B Export Standard | Brazil Field Performance Advantage |
|---|---|---|
| Aluminum Alloy Material | Primary A356.2 / AlSi7Mg0.3 (Non-recycled ingot) | Higher ductility & fatigue limit under tropical heat and heavy loads |
| Casting Technology | Low-Pressure Casting & Flow-Forming Monoblock | Eliminates internal air bubbles; increases structural density by 18% |
| Heat Treatment | T6 Solution Treatment + Artificial Aging | Yield strength > 190 MPa; Hardness > 90 HB |
| Size Range & Fitment | 12 Inch up to 24 Inch (PCD 4/5/6/8 Hole options) | Covers light passenger cars, SUV 4x4, commercial light trucks, and EVs |
| Surface Finish & Paint | Full Paint, Diamond Cut (Usinado), Hyper Silver, Matte Black | Acrylic clear coat with 1,000-hr UV protection & salt spray resistance |
| Quality Testing Standards | Cornering Fatigue, Dynamic Radial Fatigue, 13°/30° Impact Test | Exceeds ISO 3006, JWL/VIA standards, and INMETRO Ordinance 118 |
We provide end-to-end B2B rim manufacturing solutions—from initial 3D CAD modeling and mold production to custom packaging and customs compliance.
Our dedicated R&D engineering unit can transform 2D sketches or 3D CMM scans into finished alloy wheel production molds in under 30 days. We support private-label branding, logo laser engraving, and custom center-cap design.
Every production batch is backed by comprehensive spectral chemical analysis, CMM dimensional verification, dynamic balance checks (< 5g tolerance), and structural fatigue laboratory reporting included with every shipment.
We accommodate both full container loads (FCL - 20GP/40HQ) and mixed-model consolidated shipments (LCL). Palletized packaging with waterproof shrink film ensures zero scratch damage during ocean transit to South America.
Need custom wheel designs, INMETRO-compliant wholesale catalogs, or direct container pricing for your distribution network? Connect directly with our engineering and export team today.
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