ALLOY CRUSH WASHER METRIC M14 14MM ID SUITS M14 METRIC THREA

Description

Reliable sealing in brake and hose fittings is critical for maintaining safety and performance in automotive and mechanical systems. This Aeroflow Alloy Crush Washer addresses common issues with fluid leaks and connection failures by providing a precise, crush-fit seal tailored for M14 metric threads.

The washer’s 14 mm inner diameter is engineered to fit M14 metric threaded components perfectly. This ensures a tight, secure connection that prevents fluid seepage under high pressure, enhancing the durability and safety of brake lines and hose assemblies.

Manufactured from robust alloy material, this crush washer withstands mechanical stress and temperature variations typical in brake and hose applications. Its alloy composition provides an optimal balance of malleability and strength, allowing it to deform slightly under pressure to fill gaps and irregularities without compromising structural integrity.

• Precise fit for M14 metric threads: Guarantees compatibility and a secure seal with standard M14 fittings.
• Alloy construction: Offers resilience against heat and mechanical stress, ensuring long-lasting performance in demanding conditions.
• Compact dimensions: With a length of 16 cm, width of 9 cm, and height of 6 cm packaging, the washer is easy to handle and integrate into tight assembly spaces.
• Lightweight design: Weighing only 0.07 kg, it adds minimal mass to assemblies without sacrificing durability.

This washer is specifically designed for brake and hose fitting applications where leakage prevention and mechanical reliability are paramount. Its compatibility with metric M14 threads makes it an essential component for maintaining secure hydraulic connections and preventing costly fluid loss.

Integrate this Aeroflow Alloy Crush Washer into your brake and hose systems to achieve dependable sealing performance backed by precise engineering and material quality. Its specific sizing and alloy build provide assurance that your fittings will remain leak-free and secure under operational stresses.