3/8" INVERTED FLARE TO RUBBER - S.U.R. and R Auto Parts

Specifications

• Manufacturer: S.U.R. and R Auto Parts S.U.R.&R. SUR&R AUTO PARTS S.U.R & R - ACH
• Part Number: TR985
• Fitting Type: Inverted Flare to Rubber Hose Adapter
• Nominal Size: 3/8-inch connection
• Weight: 0.08 lbs
• Dimensions: 5 x 1 x 3 inches

Key Features

• 3/8-inch Inverted Flare Connection: Designed for compatibility with standard 3/8-inch inverted flare metal lines, commonly found in automotive brake and fuel systems.
• Robust Rubber Hose Interface: Provides a secure point for connecting to a flexible rubber hose, ensuring a reliable seal for fluid transfer.
• Durable Construction: Engineered to withstand the demands of automotive and industrial environments, ensuring long-lasting performance.
• Precision Machining: Ensures accurate fit and proper sealing, minimizing the risk of leaks in critical applications.

Applications

• Automotive Fluid Systems: Connects rigid metal lines, such as brake lines or fuel lines, to flexible rubber hoses.
• System Repairs and Modifications: Facilitates the repair of damaged fluid lines or custom fabrication of fluid transfer systems.
• Industrial Use: Suitable for various industrial and hydraulic applications requiring a transition between inverted flare and rubber hose connections.
• Fluid Transfer Solutions: Enables the efficient and safe routing of fluids where flexibility is required.

Benefits

• Ensures Leak-Free Connections: Provides a dependable and secure seal between dissimilar line types, preventing fluid loss and maintaining system integrity.
• Enhances System Versatility: Allows for flexible routing and vibration dampening by integrating rigid and flexible components seamlessly.
• Simplifies Repairs and Upgrades: Offers a straightforward solution for repairing damaged lines or upgrading existing fluid transfer systems without extensive modifications.
• Promotes Operational Safety: A reliable connection is crucial for systems like brakes and fuel, directly contributing to vehicle or equipment safety and performance.