Steel galvanized nipple with double thread 1/2" L=150mm 987021015 D10AV

Solid Connection in Steel Installations

Galvanized steel nipple with a double-sided 1/2 inch thread and a length of 150 mm is a reliable connecting element in steel installation systems. Made of durable steel and protected with a galvanized coating, it ensures durability and corrosion resistance, which is crucial in demanding working conditions. This Geldbach product guarantees solidity and precision of manufacture.

Construction and Application

This nipple is designed to connect pipes and elements of steel installations in heating, water and sewage systems, as well as in technical installations. The double-sided thread facilitates assembly and disassembly, and the standard size of 1/2 inch ensures compatibility with a wide range of available components. A wall thickness of 2 mm guarantees resistance to pressure and mechanical loads.

• Made of steel – provides high mechanical strength and resistance to damage.
• Galvanized surface – protects against corrosion, extending the life of the element, especially in humid environments.
• Double-sided 1/2 inch thread – allows for easy and secure connection with other installation elements.
• Length 150 mm – allows for flexible adaptation to various installation configurations.
• Weight per meter: 0.95 kg – important information when calculating the load on the structure.

Parameters such as material (steel), surface protection (galvanic/electrolytic zinc), thread size (1/2 inch or 12.7 mm), length (150 mm), wall thickness (2 mm) and outer diameter (21.3 mm) affect its properties and application in various installations.

Assembly and Benefits for Professionals

The Geldbach nipple is characterized by ease of assembly, which translates into time savings during project implementation. The solid construction and precise thread execution ensure a tight connection, minimizing the risk of leaks and failures. Using this element ensures a durable and safe solution for demanding installations. A welded seam further strengthens the nipple's structure, increasing its resistance to mechanical damage.