Product Introduction
T11-3508100 Durable High-Quality Safety-Centric Brake Cable for Chery
This high-performance brake cable is engineered for select Chery models, ensuring reliable and precise braking response. Manufactured to meet or exceed strict OE specifications, it guarantees a perfect fit and optimal safety.
Constructed with a durable, high-tensile steel core and a robust, abrasion-resistant outer casing, it is built for longevity and consistent performance under various driving conditions. The cable undergoes rigorous testing and is proven to withstand over 50,000 actuations, demonstrating exceptional durability.
Every unit undergoes 100% pre-shipment inspection to ensure flawless operation. As an essential safety component, this OEM-compatible cable delivers the dependable performance you require, manufactured in an ISO 9001 certified facility. Ensure your vehicle's safety system remains intact with this direct replacement part.
Product Advantage
1. Premium High-Tensile Material for Unwavering Force Transmission
Crafted from high-tensile carbon steel, this brake cable delivers a tensile strength of 1,200MPa—25% higher than generic alternatives. Its zinc-nickel alloy plating (12μm thickness) resists corrosion rigorously, passing 500-hour salt-spray testing per SAE J1127 standards. This combination ensures consistent force delivery from pedal to brake components, critical for responsive, safe stops in all driving conditions.
2. Precision Manufacturing for Zero Installation Hassle
Using CNC machining, we maintain tight tolerances of ±0.05mm and limit elongation to <1%—half the industry average. Every cable is pre-cut to exact lengths, eliminating post-installation adjustments. Installers save up to 30% time on fitting, reducing labor costs and boosting customer satisfaction with hassle-free service.
3. Industry-Leading Corrosion Resistance
Our dual-layer zinc-nickel plating outlasts single-coat products by 30%, surviving 600+ hours of ASTM B117 salt-spray exposure. Ideal for humid, coastal, or winter road environments, it minimizes rust-related failures—backed by third-party corrosion reports. This extends service life by 18–24 months vs. budget cables.
4. SAE/ISO-Compliant Safety Assurance
Meeting SAE J1127 and ISO 9001 quality benchmarks, each batch undergoes third-party testing: 1,500N tensile load without failure and ≤0.2-second brake response time. This commitment to safety ensures your customers get a brake cable that performs when it matters most—no compromises on reliability.
5. Universal Compatibility for Broad Aftermarket Reach
Designed with an anti-friction coating and ergonomic profile, this brake cable fits 95% of mainstream passenger vehicles. Its universal fit reduces inventory complexity for retailers and simplifies stock management—making it a top choice for aftermarket professionals seeking versatility.
Technical Parameters
Parameter
| Specification | Test Standard/Validation |
| Core/Sheath Material | High-tensile carbon steel core; electroplated zinc-nickel alloy sheath | Inner Wire: ASTM A106 Grade 1020 Steel
Sheath: SAE J1127 |
| Diameter Tolerance | Inner Wire: 0.8mm ±0.02mm; Outer Sheath: 2.5mm ±0.05mm | ISO 2768-mK (precision dimensional tolerance) |
| Tensile Strength | ≥1,200 MPa (core); ≥300 MPa (sheath) | SAE J1127 (static tensile load testing) |
| Elongation at Break | <1.5% (core); <2.0% (sheath) | ISO 527-2 (fracture toughness evaluation) |
| Corrosion Resistance | ≥500 hours salt-spray exposure without red rust; dual-layer zinc-nickel plating (12μm thick) | ASTM B117 (corrosion endurance) + third-party report |
| Friction Coefficient | ≤0.15 (vs. steel brake calipers/pads) | SAE J1610 (tribology testing for smooth operation) |
| Length Accuracy | Pre-cut lengths: ±0.5mm tolerance | ISO 9001 (statistical process control) |
| Operating Temperature | -40°C to +120°C (retains flexibility/strength) | SAE J2234 (thermal stability testing) |
Product Uses
Here are specific application scenarios of Brake Cable:
1. Daily Urban Commuting
Perfect for cars used in stop-and-go city traffic, where brake pedals are pressed 50+ times daily. Our cable’s low elongation (<1.5%) maintains consistent pedal feel—no “mushy” response—even after weeks of short trips. Tested to 1,200MPa tensile strength, it handles repeated light-to-heavy braking without stretching, making it a top pick for commuters prioritizing reliable, safe stops every morning and evening.
2. Coastal/Humid Regions
Engineered for areas with salt-laden air or heavy rain (e.g., coastal highways, tropical climates). Dual-layer zinc-nickel plating (12μm) resists red rust for over 500 hours per ASTM B117—30% longer than generic cables. Fleet managers in Florida report 40% fewer corrosion-related failures with our product, ensuring brakes work flawlessly in sticky, salty conditions where others fail.
3. Aftermarket Replacement & DIY
A favorite of mechanics and hobbyists for its universal fit (±0.05mm diameter tolerance). Pre-cut lengths eliminate trimming, saving 25% installation time vs. non-precision cables. Backed by ISO 9001, it replaces OEM parts seamlessly—reducing warranty claims for auto shops and letting DIYers finish jobs faster without re-engineering.
4. High-Mileage Fleets
Designed for taxis, ride-shares, or delivery vans logging 50k+ miles/year. Its corrosion-resistant sheath and fatigue-tested core last 18–24 months longer than budget options. One California fleet cut brake maintenance costs by 22% after switching—proving value for businesses relying on consistent, low-downtime performance.
Product Operate Guide
Pre-install: Match cable diameter (±0.05mm, ISO 2768) to your system; avoid kinking to prevent friction. Torque mounting bolts to 15-20Nm (SAE J1127 standard). Post-install, pump the pedal 5-7 times—consistent resistance and instant response confirm proper function. These steps reduce premature wear by 95% (our field data) and ensure safe, reliable stops—trusted by mechanics for hassle-free performance.
