M10X1.0 FLARE NUT - S.U.R. and R Auto Parts

Specifications

• Manufacturer: S.U.R. and R Auto Parts S.U.R.&R. SUR&R AUTO PARTS
• Model Number: BR270L
• Part Number: BR270L
• Thread Size: M10X1.0
• Nut Type: Flare Nut
• Weight: 1.1 lbs
• Dimensions: 4 x 4 x 4 inches

Key Features

• Precision M10x1.0 Threading: Ensures an exact fit and a secure, leak-free connection for automotive fluid lines.
• Durable Construction: Manufactured to withstand the demanding conditions of automotive brake and fuel systems.
• Corrosion Resistant: Designed for longevity, resisting rust and degradation in harsh under-vehicle environments.
• Standardized Design: Compatible with common metric brake and fuel line tubing, facilitating reliable repairs and installations.

Applications

• Automotive Brake Line Repair: Ideal for replacing damaged or corroded flare nuts in vehicle braking systems, ensuring hydraulic integrity.
• Fuel System Maintenance: Suitable for securing fuel lines, preventing leaks and maintaining proper fuel delivery.
• Hydraulic System Connections: Used in various automotive hydraulic applications requiring M10x1.0 metric flare fittings.
• Custom Fabrication: Essential component for creating new brake, fuel, or hydraulic lines in custom automotive projects.

Benefits

• Ensures Secure Connections: Provides a reliable, tight seal for critical automotive fluid transfer systems, preventing leaks and potential hazards.
• Facilitates Efficient Repairs: Simplifies the replacement process for compromised flare nuts, quickly restoring the functionality and safety of vehicle systems.
• Enhances System Longevity: The robust, corrosion-resistant build extends the lifespan of repaired lines and reduces the frequency of future maintenance.
• Offers Broad Compatibility: Integrates seamlessly with standard M10x1.0 metric brake and fuel lines, making it a versatile component for a wide range of vehicles.
• Maintains Vehicle Safety: Contributes to the safe operation of braking and fuel systems by securing connections and preventing fluid loss.