Chinese Factory Customized ODM SAE J1401 DOT Fmvss 106 Automotive Chassis Hydraulic 1/8 Diameter Standard EPDM Rubber Brake Hose Automotive Braking System

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Product Description

Overview & Basic Info

Model NO.
Brake hose
Type
Brake System
Material
Steel / EPDM
Certification
IATF-16949
Inner Tube
EPDM
Reinforcement
Fibre Weaving
Inside Diameter
1/8 Inch
Origin
China

Product Description

Automotive Chassis Hydraulic Brake Hose
High-Performance Brake Line Systems: We specialize in the manufacturing of high-performance brake tubing systems, offering a complete range of products to meet the diverse needs of the global automotive industry. Our commitment to precision engineering, stringent quality control, and exceptional durability ensures optimal safety and reliability for every vehicle.

Technical Specifications

Category Type Tube Material End Fittings Pressure Rating Customization
Brake Hose Hydraulic Brake Hose ECE R90 compliant rubber, Textile/steel reinforcement M10×1.0, M12×1.0, Banjo bolts; Zinc-plated/Stainless Steel 2,500 PSI (172 bar) Any length, fitting combination
Brake Hose PTFE Stainless Braided PTFE inner liner, 304/316 stainless braid AN Fittings: -3AN, -4AN; Metric: M10, M12 4,000+ PSI (276+ bar) Braid density, cover materials
Metal Brake Line Steel Brake Line Double-wall galvanized steel, SAE J1047 45° inverted (SAE), bubble (ISO) 3,000 PSI (207 bar) Pre-made with specific bends
Metal Brake Line Copper-Nickel Line CuNiFe alloy (Kunifer) 45° inverted, bubble 3,000 PSI (207 bar) Complex bend patterns

Customization Solutions

We provide highly flexible custom brake tubing solutions designed to meet your exact specifications. Our capabilities cover a wide range of materials including rubber, PTFE, stainless steel, and copper-nickel, available in both metric and imperial sizes.

Custom Hose Metal Pipe Metal Components
Available Options:
  • Threads: UNF, NPT, Metric
  • Angles: Straight, 45°, 90°, 135°, Banjo
  • Protection: Spiral guard sleeves, convoluted conduits
  • Surface Treatment: Zinc plating, nickel plating, passivation

Capabilities & Testing

As a trusted manufacturer of automotive fluid systems, we ensure product excellence through advanced in-house testing and a quality system certified to IATF 16949:2016. Our Quality Assurance Center utilizes state-of-the-art equipment including pulse test rigs, environmental chambers, and burst pressure testers.

Workplace Photo 1 Workplace Photo 2 Workplace Photo 3
Testing Equipment 1 Testing Equipment 2 Testing Equipment 3

Cooperation Framework

OEM & Tier 1
2D/3D CAD drawings, Material & performance standards (SAE / ISO / ECE R90)
Aftermarket
OE part number preference or physical sample verification
Modification
Performance data (pressure/temp), 3D models, custom fitting styles

Frequently Asked Questions

What standards do your brake hoses comply with?
Our products rigorously adhere to international standards including SAE J1401, DOT, FMVSS 106, ISO, DIN, and are certified under the IATF 16949:2016 quality system.
Do you offer customization for specific vehicle models?
Yes, we provide comprehensive customization services. We can manufacture brake lines based on OE part numbers, 2D/3D drawings, or physical samples provided by the customer.
What materials are available for the brake lines?
We offer a variety of materials including EPDM synthetic rubber, PTFE with stainless steel braiding, double-wall galvanized steel, and Copper-Nickel (Kunifer) alloys.
What is the typical burst pressure rating of your hoses?
Standard hydraulic brake hoses are rated at 2,500 PSI, while our high-performance PTFE braided hoses can withstand pressures exceeding 4,000 PSI.
How do you ensure the quality of your assemblies?
Every product undergoes rigorous validation in our Quality Assurance Center using pulse test rigs and environmental chambers to ensure durability and leak-free performance under extreme conditions.
Can you provide specialized surface treatments for corrosion resistance?
Absolutely. We offer various metal surface treatments such as zinc plating, nickel plating, and specialized passivation coatings to meet specific environmental durability requirements.

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