Galvanized steel nipple 1/2" length 0.50m double threaded 70.500.04V

Universal steel connector for installations

This galvanized steel socket with a diameter of 1/2 inch and a length of 500 mm is a reliable connecting element, widely used in water, gas, heating installations and compressed air systems. Made of steel, coated with a layer of galvanized zinc, it provides corrosion resistance and long-term operation. A double-sided thread facilitates assembly and disassembly, enabling quick and efficient connection of pipes and fittings.

Design and application

This socket is characterized by a wall thickness of 2.3 mm, which guarantees resistance to pressure and mechanical loads. Threaded ends ensure a tight connection with other installation elements. It is a universal element that will work both in new installations and during the modernization of existing ones. Thanks to its design and material of execution, the socket is suitable for use indoors and outdoors - provided that appropriate operating conditions are maintained. The weight of one meter of the socket is 1 kg, which facilitates the estimation of the structural load during assembly.

Advantages and product features

• Durability and corrosion resistance: The zinc coating protects the steel against the action of moisture and other corrosive agents, extending the life of the element.
• Versatility: Possibility of use in various types of installations - water, gas, heating or pneumatic.
• Easy installation: Double-sided thread allows for quick and easy connection to other installation elements without the need for complex tools.
• Mechanical strength: Wall thickness of 2.3 mm provides resistance to pressure and mechanical damage.
• Compliance with standards: Execution in accordance with DIN EN 10241 standard (based on source document information) guarantees high quality and safety of use.
• Weight: Known weight for a meter (1 kg) facilitates installation planning and estimation of structural load.
• Material: Made of steel ensures the strength and reliability of the connection.