Black steel nipple 3/4" length 0.50m double-ended threaded 70.500.05S

Double-ended steel nipple for professional connections

Installation component made of steel compliant with the DIN EN 10255 standard, coated with a black finish and equipped with threads compliant with ISO 7/1. The nipple, with a diameter of 26.9 mm and a length of 500 mm, ensures reliable connections in hydraulic and gas installations.

Design and technical dimensions

The body is made of steel with a wall thickness of 2.6 mm, guaranteeing adequate mechanical strength while maintaining optimal installation flexibility. The total length of the component is 500 mm, and each end features a thread length of 15.0 mm. The weight per linear meter is 1.35 kg, making the component stable during installation.

Double-ended threading enables the creation of extensions or direct connections between various installation elements. Threads manufactured according to the ISO 7/1 standard ensure a perfect fit for standard fittings and pipes.

Application and compatibility

The nipple is used in water, gas, and heating installations as an extension or connecting element. It is suitable for both domestic and industrial systems where durable threaded connections are required. The component can be used for repairing existing installations or constructing new piping systems.

Compatible with all elements having internal or external threads with a diameter corresponding to size 3/4". Ideal for creating pipe extensions and as an intermediate element in complex installation routes.

Compliance with standards and manufacturing quality

The product meets the requirements of the DIN EN 10241 standard regarding threaded steel elements and the DIN EN 10255 standard specifying the parameters of steel pipes used in production. The black coating provides basic corrosion protection and an aesthetic appearance.

Each unit undergoes quality control to confirm the correctness of the threads and geometric dimensions. The component is ready for direct installation without additional surface treatment.