Coated Braided Line 30in #4 Hose -4 90 Deg/-4 Str

The Coated Braided Line 30in #4 Hose is a precision hydraulic assembly engineered for high-performance automotive, aerospace, and industrial applications where fluid transfer reliability is non-negotiable. This 30-inch braided hose features a #4 AN (Army-Navy) connection standard, making it compatible with professional-grade hydraulic systems requiring consistent pressure ratings and leak-free operation. Whether you're building a custom brake system, fuel line configuration, or hydraulic circuit, this hose delivers the durability and pressure handling demanded by technicians and engineers who cannot afford failure.

Constructed with braided stainless steel and a black vinyl protective coating, the Coated Braided Line 30in #4 Hose provides superior abrasion resistance, corrosion protection, and visual identification in complex system layouts. The PTFE (polytetrafluoroethylene) inner lining ensures chemical compatibility and minimizes friction loss while handling a wide range of fluids including brake fluid, fuel, and synthetic hydraulic media. The hose terminates with a 4 AN straight female connection on one end and a 4 AN 90-degree female fitting on the other, allowing flexible routing around tight engine bays and component arrangements without kinks or pressure loss. The stainless braiding reinforces the hose against high-pressure spikes while the vinyl exterior guards against UV damage, ozone, and mechanical wear in both street and competition environments.

This assembly is ideal for custom brake system builds, fuel injection upgrades, and hydraulic power steering installations where OEM-style hoses fall short of performance requirements. Technicians working on vintage restorations, drag racing platforms, and high-horsepower street machines rely on ALLSTAR PERFORMANCE braided hose for consistent pressure delivery and long-term reliability. The combination of straight and 90-degree female fittings accommodates most standard AN component configurations, though users should verify fitting compatibility with existing master cylinders, proportioning valves, and accumulator ports before installation to ensure proper sealing and system integrity.