M10 X 1.0 BUBBLE FLARE NUT (FORD) (4)

Specifications

• Thread Size: M10 x 1.0
• Material: High-quality steel for enhanced strength and reliability.
• Finish: Black oxide coating for superior corrosion and rust resistance.
• Quantity: Sold as a set of 4 nuts to meet multiple maintenance needs.
• Weight: 0.14 lbs, ensuring a lightweight yet durable construction.
• Dimensions: Compact dimensions of 1 x 1 x 1 inches for easy handling and installation.

Key Features

• Precision Fit: Designed specifically for Ford vehicles to provide a secure and leak-free connection.
• Durable Construction: High-quality steel material paired with a black oxide coating ensures long-lasting performance, even in harsh conditions.
• Ease of Installation: Threaded design promotes quick and straightforward installation, saving time and minimizing effort.
• Corrosion Resistance: Black oxide finish extends the life of the nuts by protecting against rust and wear.
• Trusted Performance: Preferred by both professional mechanics and DIY enthusiasts for consistent and dependable results.

Applications

• Engineered for use in Ford vehicles to secure brake lines and other fluid connection systems.
• Ideal for replacing worn-out or damaged flare nuts, ensuring the proper function of braking systems.
• Suitable for automotive maintenance or repairs, whether by professionals or at-home users.
• Ensures reliable sealing for applications demanding high safety and connectivity standards.

Benefits

• Enhanced Performance: Prevents fluid leaks and ensures tight, secure connections in critical brake lines.
• Compatibility: Custom-made for Ford vehicles, eliminating the risk of a mismatched fit.
• Time and Effort Savings: Simplifies installation with its threaded and precision-engineered design.
• Extended Lifespan: Black oxide coating provides additional durability, minimizing the need for replacements due to corrosion.
• Cost-Effective: A set of 4 nuts offers great value for routine maintenance or one-time repairs, ensuring peace of mind and operational efficiency.