Description
Imperial Brake & Clutch Pipe Unions
Any experienced mechanic understands that a reliable brake or clutch system hinges on every component, right down to the smallest union. When you’re fabricating or repairing brake and clutch lines, especially on older vehicles or those requiring specific sizing, these Imperial unions are a critical component for a secure, leak-free connection.
Manufactured to exacting standards right here in the UK, you can trust in the consistent quality and precise threading these unions offer. They’re designed to provide a robust seal, essential for maintaining hydraulic pressure and ensuring system integrity under demanding conditions.
Workshop Relevance:
- Common Sizing: The 3/16″ union is the workhorse of automotive brake and clutch systems. It’s the size you’ll reach for most often, making a decent stock of these an absolute necessity for any busy workshop.
- Application Versatility: Whether you’re working with traditional copper pipe, favoured for its ease of manipulation, or the more modern, corrosion-resistant Copper Nickel (CuNi, Kunifer, NiCopp) for its superior fatigue strength and longevity, these unions are engineered to deliver a solid, dependable join. Your choice of pipe material doesn’t compromise the union’s ability to create a high-pressure seal.
- Reliability Matters: In brake and clutch systems, there’s no room for compromise. A failed union means a failed system. Investing in high-quality, UK-made unions minimises the risk of comebacks and ensures the safety and performance your customers expect.
Don’t cut corners where safety and performance are paramount. These Imperial unions provide the dependable foundation for your brake and clutch line work.
Imperial unions for brake and clutch pipes. All made to the highest quality in the UK.
3/16″ is the most common size for automotive brake and clutch systems.
Cooper pipes are more traditional and easier to work with however Copper Nickel (aka CuNI, Kunifer, cupro-nickel or NiCopp) is more resistant to corrosion and has a higher fatigue strength.
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