Copper tee 5130 28x22x28 5130 028022028

90° copper tee – solid pipe connection with dimensions 28 mm × 22 mm × 28 mm

The tee is made of Cu‑DHP copper with 99.99 % purity, providing excellent thermal and mechanical conductivity. Phosphorus de‑oxidation makes the material corrosion‑resistant, extending the service life of installations in both heating and cooling systems. The fitting is intended for soldering – a traditional method that guarantees a leak‑free and durable joint.

Key advantages:

• 90° angle enables convenient routing of pipes in corner layouts, saving space during installation.

• Soldering couplings on all three ports (28 mm, 22 mm, 28 mm) allow quick and reliable connection to pipes of various diameters.

• Uniform copper construction eliminates differential thermal expansion between components, reducing stress during temperature changes.

• Compliance with PN EN 1254 ensures meeting European quality and safety requirements.

Applications and practical tips

The tee is suitable for central heating installations, air‑conditioning systems, and domestic hot water circuits. Thanks to its solderability, it can be easily adapted to existing steel or copper pipe networks. During installation, consider:

1. Clean the surfaces of the couplings before soldering – remove all contaminants and oxides.

2. Use phosphorus flux, which promotes even solder flow and increases joint strength.

3. Heat the component evenly to avoid overheating any single port – this ensures the entire assembly retains its mechanical properties.

Why choose this tee

• High‑temperature resistance – DHP copper retains its properties even under prolonged exposure to temperatures above 200 °C.

• Ease of servicing – if repair is needed, the couplings can be re‑soldered without damaging the pipe.

• Versatility – available in an external version (28 mm) and an internal version (22 mm), allowing flexible design of system branches.

By choosing this tee, the installer receives a product that meets strict European standards, and the end user enjoys reliable and long‑lasting performance of the heating or cooling system.