Specialized in the production of high-end hardware screws.
A Brake Pipe Connector, also referred to as Brake Pipe Fittings, Quick Connect Brake Line Fittings, is a crucial component in automotive brake systems. It facilitates the seamless connection of brake lines, ensuring efficient and reliable transmission of brake fluid pressure. These connectors are engineered to provide rapid and secure links between brake lines without the need for complex tools or extensive manual labor. The Quick Connect Brake Line Fittings, as part of the Brake Pipe Connector assembly, simplify maintenance and repair tasks, reducing downtime and enhancing overall system performance.
Brake Pipe Connectors play a pivotal role in maintaining the integrity of the brake system, minimizing the risk of leaks or loss of brake fluid pressure. Their precision design and robust construction guarantee dependable connections, promoting safety and optimal braking efficiency in various vehicles, from passenger cars to commercial trucks.
Whether in manufacturing, automotive repair, or other related industries, Brake Pipe Connector Fittings are indispensable for ensuring smooth and reliable brake system operations. Their ability to swiftly establish secure connections underscores their importance in upholding the safety and functionality of vehicles on the road.
Product Information | |||
Type | |||
Length | (1.0mm-300mm) customizable | ||
Thread size | (M1-M14) customizable | ||
Essential details | Finish: | Plain, ZINC Plated, Chrome Plated, Nickel plated, Zinc,Nickel, Bronze, Copper,Phosphate, Oxidation black, Passivation | |
Material: | Steel, Carbon Steel, Alloy Steel, Stainless Steel, Aluminum, Copper, SUS Material | ||
Head Style: | Lat,Oval,Bingding,Pan,Round,Truss,Botton,Chess,Fillister,Pan Washer Head,Cylinder Head,Hexagon Head(Trimmed), Indented Hexagon Washerhead, Washer Dead | ||
Place of Origin: | Guangdong, China (Mainland) | ||
Brand Name: | YIZE Brake Line Connector | ||
Standard: | DIN, ANSI, GB, JIS, ISO and BSW | ||
Function: | Connection,Fastening and Decoration,Anti-loose, leak-proof | ||
Hardness: | Copper | HV:110-160 | |
Stainless steel | HRC:16-25 | ||
Iron | HV:400-600 | ||
GRADE | 4.8-12.9 | ||
Available Sample: | The sample is free of charge if we have the existing tooling,you only need to pay for the freight cost | ||
Certificate: | ISO:9001,SGS,ROHS | ||
Package: | Customized according to your needs(Bulk in PE bag or Small boxes.then in carton, pallet,1-5000/bag) | ||
Payment Term: | T/T (30% in advance as deposit, balance before delivery) | ||
Range of Application: | Electronic computer, medical treatment, new energy,sink,motor | ||
Sample: | Available free within 3 days | ||
Bulk Lead Time: | 7-10 days | ||
Reliability Test: | Mechanical dimentions, Hardness test.Salt spray endurance test | ||
Packaging Details | Custom made | ||
Port of Loading | Shenzhen or Guangzhou | ||
Product Description | We provide high-quality products, competitive prices and good services to all customers in overseas markets. |
In modern automobiles, brake line connectors find widespread application. They are utilized to connect brake hoses to calipers, wheel cylinders, and the master cylinder, forming a closed hydraulic circuit that facilitates responsive braking. The connectors guarantee fluid-tight connections, preventing leaks and maintaining optimal pressure levels.
Whether in passenger cars, trucks, or SUVs, brake line connectors enhance vehicle safety by enabling precise control over braking force distribution. Their robust design and durable materials ensure reliable operation under varying conditions, such as temperature fluctuations, vibration, and moisture exposure. Properly installed connectors minimize the risk of brake fluid leakage, which could lead to brake failure and compromised road safety.
In performance-oriented vehicles, brake line connectors contribute to enhanced brake modulation and responsiveness, crucial for spirited driving and track use. These connectors can be customized for specific applications, catering to varying brake system configurations and vehicle dynamics.