Half-hard copper pipe (R250) 18x1.0x2500mm 2821028069157E1

Semi-hard copper pipe – a reliable choice for professionals and demanding users

Semi-hard copper pipe with a diameter of 18 mm, wall thickness of 1 mm and length of 2500 mm is an installation element that combines durability, ease of installation and corrosion resistance. Made of Cu-DHP copper, it meets the European standard EN 1057, which guarantees high quality and safety of use. It is a versatile material, ideal for various applications in construction and technical installations.

Application and product features

This semi-hard copper pipe is perfect for plumbing, heating (radiators, underfloor heating) and radiant panel installations. The semi-hard material makes it easy to form and bend without the risk of damage, which translates to faster and easier installation – especially in tight spaces. The cleanliness of the inner surface of the pipe protects it against corrosion and does not negatively affect the quality of the water. This ensures that the installation will function efficiently for a long time.

Why choose this copper pipe?

• Durability and reliability: Copper is a material exceptionally resistant to corrosion, which ensures a long service life of the installation and minimizes the need for repairs.
• Ease of installation: The semi-hard construction allows for easy bending and shaping of the pipe without the risk of cracking.
• Versatility: Suitable for various types of installations – water, heating and cooling.
• Compliance with standards: Meets the European standard EN 1057, which confirms the high quality of the product.
• Internal cleanliness: Guarantees the absence of impurities affecting the quality of water in sanitary installations.
• Thermal resistance: Maximum operating temperature up to 250°C allows the use of the pipe in heating systems with high parameters.

The pipe is supplied in a rod of 2500 mm length, which facilitates transport and storage. A durable protective coating ensures safety during transport and minimizes the risk of mechanical damage.