Allstar Performance 3/16" Steel Brake Line 40in w/ 3/8-24 Flare Nuts Zinc Coated
The Allstar Performance 3/16" Steel Brake Line is an essential automotive component designed for high-performance and standard applications alike. Measuring 40 inches in length, this brake line provides an efficient solution for a variety of vehicles, ensuring reliable brake operation. Engineered from high-quality steel, it combines strength and durability, making it ideal for environments where dependable brake performance is crucial.
This brake line is equipped with 3/8-24 flare nuts that facilitate secure connections, minimizing the risk of leaks and maintaining hydraulic integrity. The zinc coating adds an extra layer of protection against corrosion, which is paramount for components subjected to varying weather conditions and road debris. This protective finish not only extends the lifespan of the brake line but also ensures consistent performance over time, delivering optimal stopping power when needed.
Installation is straightforward, and the standard sizing of the line allows for compatibility with most automotive brake systems. Whether you're performing a full brake system overhaul or simply replacing a worn line, this product offers a reliable and efficient solution for automotive enthusiasts and professional mechanics alike.
FITMENT:
This brake line is suitable for a variety of vehicles equipped with a compatible brake system configuration, primarily focusing on setups that utilize a 3/16" diameter line with 3/8-24 flare nut fittings. Always verify compatibility with your specific vehicle model before installation to ensure a proper fit and optimal performance.
Key Features & Benefits
- High-quality 3/16" steel construction for enhanced strength and durability.
- 40-inch length suitable for various automotive applications.
- 3/8-24 flare nuts for secure and leak-free connections.
- Zinc coating provides excellent corrosion resistance.
- Easy installation, designed for both amateur and professional use.
- Maintains hydraulic integrity and optimal brake function.
