AF996-10SS Aeroflow Female Weld On Bung, 10 Orb 7/8″ 14 Thread, Stainless

Description

Achieve reliable and leak-resistant fluid system connections with this stainless steel female weld-on bung designed to fit -10 ORB 7/8″-14 threaded fittings. This component provides a strong, permanent weld connection that enhances system integrity where threaded fittings are required.

Constructed from stainless steel, this bung offers excellent corrosion resistance and durability, ensuring long-term performance even in harsh environments. Its robust material selection protects against rust and degradation, minimizing maintenance needs and downtime.

The -10 ORB (O-Ring Boss) 7/8″-14 thread specification guarantees compatibility with standard -10 ORB fittings, enabling a secure, leak-proof seal critical for hydraulic and fuel systems. This precise threading reduces the risk of cross-threading and simplifies installation.

Measuring 16.00 cm in length, 9.00 cm in width, and 2.00 cm in height, this weld-on bung offers a compact footprint that fits seamlessly into tight fabrication spaces without compromising structural stability. Weighing only 0.0230 kg, it adds minimal weight to your assembly, beneficial for applications sensitive to mass.

This weld-on bung is specifically engineered for fabrication and fastener applications, allowing professional and custom installations that require permanent, high-strength connections. Its design supports fluid system fabrication where leak prevention and mechanical strength are paramount.

The Aeroflow brand ensures adherence to industry standards for weld-on ORB fittings, providing confidence in quality and compatibility. Every detail, from thread accuracy to material choice, aligns with professional fabrication demands.

Integrate this female weld-on bung into your next project to enhance connection reliability, reduce leak risk, and maintain system performance under pressure. Its stainless steel construction and precise threading make it a dependable solution for demanding fluid system applications.