Spigot coupling / outlet with internal thread 110mm, 1 inch, 90247 110-1

Clamping connector with internal thread is a reliable solution for connections in pneumatic systems and compressed air installations. Made of high-quality materials, it ensures durability and corrosion resistance. Designed for aluminum pipes with a diameter of 110 mm, it features a 1-inch internal thread, facilitating integration with other installation elements.

Construction and materials

The connector combines the strength of aluminum and nickel-plated brass. The aluminum body provides lightness and resistance to external factors, while the nickel-plated brass guarantees thread tightness and strength. This combination of materials translates into a long service life and trouble-free operation even in demanding conditions. It is worth emphasizing that the construction is entirely metal – the lack of plastic elements increases resistance to mechanical damage and aggressive media.

Application and operating parameters

The connector works perfectly in compressed air installations, vacuum systems, and systems transporting neutral gases such as nitrogen or argon. It can operate in a wide temperature range – from -20°C to +80°C – and at a working pressure from -0.99 to 16 bar. This makes it suitable for industrial, workshop applications, and automation systems. This is particularly important with frequent changes in temperature or pressure in the installation.

Key features

• Silicone-free: Eliminates the risk of medium contamination and impact on technological processes requiring clean compressed air.
• Durable construction: The combination of aluminum and nickel-plated brass ensures long-term reliability and corrosion resistance.
• Wide range of applications: Possibility of use in various media (air, vacuum, neutral gases) and temperatures and pressures.
• Compatibility: Designed for aluminum pipes with a diameter of 110 mm with a 1-inch internal thread, it facilitates integration with existing installations.
• Metal construction: The lack of plastic elements increases resistance to mechanical damage and aggressive media.