Coated Braided Line 9in #4 Hose -4 Str/-4 90 Deg

The Coated Braided Line 9in #4 Hose with -4 Straight/-4 90 Degree connections is a precision hydraulic brake hose assembly designed for high-performance automotive and tactical vehicle applications where reliability under pressure is non-negotiable. Built by ALLSTAR PERFORMANCE, this 9-inch braided hose serves operators and technicians who demand absolute confidence in critical brake system components. Whether you're maintaining law enforcement fleet vehicles, military transport, or performance platforms, this hose provides the secure, leak-free connections that safeguard personnel and equipment in the field.

This assembly features a stainless steel braided construction wrapped in black vinyl coating, delivering superior abrasion resistance and UV protection in demanding environments. The PTFE (polytetrafluoroethylene) internal lining ensures consistent fluid flow while resisting corrosion and thermal degradation across a wide operating range. The dual -4 AN (7/32" diameter) configuration provides one straight female fitting and one 90-degree female fitting, allowing flexible routing through engine bays and component layouts without kinks or stress points that compromise system integrity. The braided reinforcement prevents ballooning under peak pressure spikes—critical when brake systems experience sudden load demands in tactical or emergency response scenarios.

Technicians and fleet maintenance personnel benefit from the precision engineering of this hose when replacing worn or damaged brake lines in vehicles requiring 4 AN hose compatibility. The 9-inch length accommodates standard brake system layouts without requiring additional splicing, reducing failure points and installation time. Installation is straightforward with any standard -4 AN hose end tool; the 90-degree female termination simplifies routing around tight corners and mechanical obstacles common in modern vehicle architectures. At 0.13 lbs, this assembly adds minimal weight while delivering maximum durability—ideal for operations where every component must earn its place in the system.