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T11-2919010 Stabilizing High-Quality Reinforced Control Arm for Chery

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Model:
T11-2919010
Brand:
HongPro
Code:
T11-2919010

Product Description

Product Introduction

T11-2919010 Stabilizing High-Quality Reinforced Control Arm for Chery

The control arm is a crucial part of the vehicle's suspension system. Crafted from high - strength materials like advanced alloys or quality steel, it offers remarkable durability.

This control arm effectively connects the vehicle's chassis to the wheels. It plays a key role in maintaining stable wheel alignment during driving, ensuring smooth and precise wheel movement. This function is essential for reducing tire wear and enhancing driving safety. Our control arm undergoes strict quality checks, guaranteeing reliable performance for a long time. It is an ideal choice for replacing worn - out parts and ensuring optimal vehicle operation.

Product Advantage

1. High-Strength Material for Exceptional Durability

Our heavy-duty control arm is forged from 42CrMo alloy steel—an industry-leading material with tensile strength up to 1,200MPa. Compared to ordinary steel control arms, it boasts 50% higher wear resistance and can withstand 200,000+ kilometers of driving under complex road conditions. This ensures long-term reliability, reducing the frequency of replacement for users.

2. Precision CNC Machining for Perfect Fitment

Each control arm undergoes 5-axis CNC machining, achieving a dimensional accuracy of ±0.02mm. This precision guarantees seamless compatibility with original suspension systems, eliminating issues like abnormal noise or poor alignment caused by ill-fitting parts. Our 15-year experience in auto parts machining ensures consistent quality across every unit.

3. Advanced Anti-Corrosion Coating Technology

We apply a triple-layer electrophoretic coating, which provides 1,000 hours of salt spray resistance (far exceeding the industry standard of 500 hours). This effectively prevents rust and corrosion, making the control arm suitable for harsh environments such as coastal areas or snowy regions.

4. Rigorous Quality Testing for 100% Reliability

Every batch of control arms undergoes 8 strict tests, including fatigue testing (1 million cycles without deformation), load-bearing testing (up to 3 tons), and impact resistance testing. With a quality pass rate of 99.8%, our products meet ISO/TS 16949 and SAE J2530 standards, gaining trust from global auto repair shops and distributors.

5. Optimized Design for Enhanced Driving Stability

The control arm features a reinforced triangular structure, which reduces flex by 30% during sudden turns or braking. It also comes with high-performance polyurethane bushings that reduce vibration transmission by 40%, improving driving comfort while maintaining precise wheel alignment. This makes it an ideal choice for high-performance suspension control arm upgrades.

Technical Parameters

Parameter Category	Parameter Name	Specification Value	Industry Benchmark	Authority Standard
Material Performance	Base Material	42CrMo Alloy Steel	Q235 Ordinary Steel	SAE J403 (Automotive Steel Standard)
	Tensile Strength	≥1200 MPa	≤800 MPa	ISO 6892-1 (Tensile Testing Standard)
	Yield Strength	≥950 MPa	≤550 MPa	ISO 6892-1
	Hardness (Rockwell)	HRC 30-35	HRC 20-25	ASTM E18 (Hardness Testing Standard)
Structural Dimensions	Length Tolerance	±0.02 mm	±0.10 mm	ISO 2768-m (Dimensional Tolerance)
	Width Tolerance	±0.015 mm	±0.08 mm	ISO 2768-m
	Thickness of Main Body	8-12 mm (Customizable)	6-10 mm	-
	Bushing Inner Diameter	12-20 mm (Customizable)	10-18 mm	-
Corrosion Resistance	Salt Spray Resistance	≥1000 Hours (No Rust)	≥500 Hours	ASTM B117 (Salt Spray Test Standard)
	Coating Type	Triple-Layer Electrophoretic Coating	Single-Layer Spray Coating	ISO 1461 (Hot-Dip Galvanizing Standard)
	Coating Thickness	80-100 μm	40-60 μm	ISO 2808 (Paint Film Thickness)
Mechanical Performance	Fatigue Life	≥1,000,000 Cycles (No Deformation)	≥500,000 Cycles	ISO 12085 (Fatigue Testing Standard)
	Maximum Load-Bearing Capacity	3000 kg	2000 kg	SAE J2492 (Load-Bearing Test)
	Vibration Damping Rate	40% (Reduction in Vibration)	25%	ISO 10816-3 (Vibration Measurement)
Installation & Compatibility	Mounting Hole Quantity	2-4 (Customizable)	2-3	-
Installation & Compatibility	Bushing Material	High-Density Polyurethane	Rubber	SAE J2530 (Bushing Performance)
Environmental Adaptability	Operating Temperature Range	-40℃ ~ +120℃	-30℃ ~ +80℃	ISO 16750 (Environmental Conditions for Automotive Electronics)
Environmental Adaptability	Humidity Resistance	95% RH (48 Hours, No Degradation)	85% RH	IEC 60068-2-78 (Humidity Test)

Product Uses

Here are specific application scenarios of Control Arm:

1. Daily Urban Commuting

Ideal for vehicles used in daily urban travel. With its 40% vibration reduction performance, it effectively filters out bumps from uneven urban roads (e.g., manholes, speed bumps). Reduces driver fatigue during rush-hour commutes, while its 99.8% pass rate ensures stable operation for daily short-to-medium distance drives (50-100km/day).

2. Long-Distance Highway Driving

Perfect for long highway trips (over 300km/day). The reinforced triangular structure reduces flex by 30%, maintaining precise wheel alignment even at high speeds (100-120km/h). Its 200,000+ km durability avoids mid-journey failures, meeting the reliability needs of inter-city logistics or family road trips.

3. Harsh Environmental Areas

Suitable for regions with extreme conditions: coastal areas (high salt spray) and snowy regions (road salt corrosion). The 1000-hour salt spray-resistant coating (twice the industry average) prevents rust. Performs stably at -40℃~+120℃, adapting to temperature extremes in deserts or frigid zones.

4. Commercial Fleet Operations

A top choice for commercial vehicle fleets (e.g., delivery vans, service cars). With 1 million-cycle fatigue resistance, it endures frequent start-stop and heavy-load (up to 3 tons) operations. Lowers maintenance frequency by 50% compared to ordinary control arms, cutting fleet operating costs significantly.

5. Auto Repair & Replacement Markets

Essential for auto repair shops and aftermarket distributors. Its ±0.02mm CNC machining precision ensures 100% compatibility with original suspension systems, reducing installation time by 30%. Compliant with ISO/TS 16949 standards, it meets global repair market quality requirements, trusted by 2000+ overseas repair partners.

Product Operate Guide

Pre-Installation Check: Verify the control arm’s part number matches your vehicle. Inspect bushings for cracks (per SAE J2530) and ensure mounting holes align with chassis (±0.02mm tolerance).
Installation Steps: Use torque wrench to fasten bolts to 55-65 N·m (industry standard). Tighten in crisscross order; avoid over-tightening to prevent bushing damage.
Post-Installation Test: Conduct a 5km low-speed test to check for abnormal noise. Recheck wheel alignment (per ISO 4253) to ensure stable driving; retorque bolts if needed after 100km.