Partix Auto
Partix Auto
Precision-engineered automotive systems featuring advanced vibration isolation and high-pressure fluid transfer components. Manufactured to IATF 16949 standards.
Established in 2004, Shenzhen Partix Auto Co., Ltd. is a national high-tech, state-owned holding listed enterprise. Our primary manufacturing base is strategically situated in Zhucheng, Shandong within the highly efficient Qingdao Economic Zone. This location ensures that international shipments can reach the major port of Qingdao within one hour.
For over two decades, we have focused on engineering high-grade fluid pipelines, complex automotive suspension assemblies, and precision rubber-to-metal vibration dampening components. Partix Auto has consistently secured the title of "National Intellectual Property Demonstration Enterprise" and, since 2006, has been designated among the "National Top 100 Automotive Parts Suppliers".
We serve global tier-1 automotive suppliers and OEM clients. By integrating R&D, design, hot forging, high-precision CNC machining, and automated quality verification, we deliver safety-critical steering and suspension parts that operate reliably in demanding environments.
As the crucial link between the steering gear and the steering knuckles, tie rod ends are subjected to extreme axial, radial, and torsional forces. Our manufacturing processes focus on fatigue limit optimization, minimizing rotational clearance deviation, and preventing environmental ingress.
We utilize high-grade carbon and alloy steels (such as 40Cr and 45# steel) sourced from certified domestic steel manufacturers. Our hot forging processes preserve natural grain flow lines. This method provides the steering housings with high fatigue strength and resistance to sudden impact fractures.
Ball studs undergo medium-frequency induction hardening to achieve a surface hardness of HRC 56–62. This heat treatment creates a wear-resistant outer layer while maintaining a ductile core. As a result, the component can withstand continuous vibrational stress without micro-cracking.
Our dust boots are molded from premium chloroprene (CR) or polyurethane elastomers. They offer excellent ozone resistance, low-temperature elasticity down to -40°C, and long-term oil resistance. Double-lip sealing ring designs prevent water and dirt from entering the internal assembly.
| Component Part | Material Standard | Key Mechanical Properties | Testing Parameter |
|---|---|---|---|
| Ball Stud (Pin) | 40Cr / AISI 5140 | Tensile Strength ≥ 980 MPa, Hardness HRC 56-62 (Case Depth 1.0-1.5mm) | Ultrasonic Flaw Detection & Pull-out Test |
| Housing (Socket) | #45 Carbon Steel / ASTM 1045 | Yield Strength ≥ 355 MPa, High Impact Toughness | Magnetic Particle Crack Detection |
| Ball Seat (Bearing) | Reinforced POM-C Polyoxymethylene | Low Friction Coefficient (μ ≤ 0.15), Wear Resistance | Rotational Torque Stabilizer Testing |
| Dust Boot | Chloroprene Rubber (CR) / EPDM | High Elasticity (-40°C to +120°C), Salt-Spray Resistant | 1 Million Cycle Flex Durability Test |
Automotive procurement departments face challenges regarding lead times, supply chain disruptions, and quality variance. Shenzhen Partix Auto mitigates these risks by acting as a single-source OEM/ODM partner with standardized engineering protocols.
Whether working from physical samples or 3D CAD models (STEP/IGES formats), our engineering department can quickly prototype steering system linkages. We optimize material selections to balance performance requirements with target unit costs.
For aftermarket distributors and regional brands, we offer end-to-end private label packaging solutions. Our team handles marking, corrosion-resistant retail boxing, and container optimization.
By updating our Shandong manufacturing center with automated machinery, we have reduced cycle times, minimized human error, and improved production safety.
Multi-axis CNC turning machines, paired with robotic loading arms, work continuously to ensure tight tolerance control. High-precision laser and friction welding systems produce consistent joint linkages without material distortion.
Our final assembly lines feature automated sensor stations that measure starting torque, rotational friction torque, and axial play for every individual unit. Parts out of specification are automatically sorted and rejected.
Using an integrated ERP-WMS system, we track raw materials from receipt through production to final shipping. This system ensures full batch traceability, helping to prevent production delays.
Different vehicle types require unique suspension dynamics. We manufacture specialized steering linkage designs optimized for various vehicle classes.
Electric vehicle batteries add significant curb weight, demanding suspension parts with higher load ratings. We manufacture lightweight aluminum-alloy housings that lower unsprung mass while maintaining high yield strength.
Heavy-duty trucks face continuous payload stresses. Our commercial vehicle tie rod assemblies feature thick-walled tubing, carbon steel housings, and heavy-duty ball joints built for long-distance highway hauling.
Excavators and dump trucks work in environments with high mud, dust, and water exposure. Our multi-lip dust boot designs, paired with high-performance grease formulations, protect internal bearing seats from abrasive wear.
As the automotive industry transitions to autonomous driving, steer-by-wire setups, and green materials, the technical requirements for suspension linkages are evolving. Our R&D team is working to integrate several key technologies:
We are developing ball joints with integrated load-sensing technology. These sensors monitor real-time road force feedback, component wear, and structural fatigue, feeding data back to the vehicle's electronic control unit (ECU). This data helps support autonomous driving algorithms by monitoring chassis health.
To support global carbon reduction goals, we are replacing traditional hexavalent chromium plating with zinc-nickel alloy coatings. These newer coatings provide excellent corrosion protection without creating hazardous heavy-metal waste.
Our products undergo regular testing to verify they comply with safety and performance standards in our destination markets.
Our manufacturing plant runs under an IATF 16949 certified quality management system. Continuous process auditing keeps defect rates low, aiming for zero-defect production.
We test our tie rod ends according to SAE J193 guidelines, measuring breakout torque, rotational torque, and radial displacement to ensure reliable steering response.
All components, raw materials, and packing boxes comply with EU REACH and RoHS environmental standards, allowing for easy customs clearance.
Get quick answers to common questions about engineering, material testing, shipping, and customization.
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