AF912-P10-02BLK Aeroflow 10 Orb Port Reducer To 1/8 Nptblack Male To Female

Description

Achieve seamless integration between different thread standards with this -10 ORB port reducer to 1/8 NPT male-to-female fitting. Designed to solve compatibility challenges, it simplifies connecting components with varying thread sizes without compromising sealing integrity.

This reducer is crafted to provide a reliable, leak-resistant joint, essential for maintaining system performance and safety in hydraulic and pneumatic applications. Its compact form factor—16 cm in length with a 9 cm width and 3 cm height—fits neatly into tight spaces, optimizing installation flexibility.

• Precision Engineering: Manufactured by Aeroflow, this fitting guarantees dimensional accuracy ensuring consistent thread engagement and a secure seal under pressure.
• Material and Weight: Weighing only 0.0600 kg, the lightweight design reduces added mass on assemblies, minimizing stress on connected hoses and components.
• Thread Compatibility: Converts a -10 ORB female port to a 1/8 NPT male thread, enabling compatibility between metric-style ORB ports and standard National Pipe Taper threads commonly used in industrial systems.
• Durable Finish: The black coating provides corrosion resistance, extending the fitting’s service life even in harsh environments.
• Compact Dimensions: Its 16 cm length and low profile make it suitable for installations where space constraints demand precise component sizing.

Engineered to meet the needs of professional installers and system designers, this reducer enhances fluid system versatility by bridging thread standards without requiring extensive modifications or adapters. Its robust construction from high-quality materials assures longevity and reliable performance even under demanding conditions.

Integrate this -10 ORB to 1/8 NPT reducer into your hose and fitting assemblies to streamline maintenance and reduce downtime caused by incompatible thread interfaces. The Aeroflow brand assures quality and consistency, making this fitting a dependable choice for precision fluid handling systems.