Galvanized steel nipple 1" length 0.50m double threaded 70.500.06V

Universal connecting element for steel installations

This galvanized steel nipple with a diameter of 1 inch and a length of 500 mm is a reliable element for connecting pipes and fittings in water, gas, heating and technological installations. Made of steel, coated with a galvanized layer, it provides corrosion resistance and connection durability. Double-sided thread facilitates assembly and disassembly, and the standard length allows for flexible adaptation to various installation configurations.

Construction and practical application

This nipple is characterized by a wall thickness of 2.9 mm, which guarantees resistance to pressure and mechanical loads. Threaded ends allow for a tight connection with other installation elements - valves, elbows or tees. It finds wide application both in residential and industrial construction. It can be used to create extensions, repair damaged parts of the installation or as a connecting element for different materials. Thanks to galvanization, it is particularly recommended for outdoor applications and in environments with increased humidity.

Key features and benefits

• Durable construction: Steel construction with a wall thickness of 2.9 mm provides resistance to mechanical damage and pressure in the installation.
• Corrosion resistance: Zinc coating protects against the effects of moisture and aggressive chemicals, extending the life of the element.
• Easy installation: Double-sided thread allows for quick and easy connection to other installation elements without the need for welding.
• Versatility: Suitable for various types of installations - water, gas, heating and technological.
• Standard size: 1 inch diameter is commonly used in many installation systems, which facilitates the selection of appropriate elements.
• Compliance with standards: Manufactured in accordance with DIN EN 10241 standard (information from the manufacturer).
• Weight adapted to length: Weight per meter is 2.2 kg, which facilitates the calculation of structural load.