PPR Reducing Tee Ø50x40x50 mm

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PPR Reducing Tee Ø50x40x50 mm

Reliable pipe connection with minimal pressure loss for modern engineering systems.

PPR Reducing Tee Ø50x40x50 mm — represents an efficient solution for pipeline systems heat pump, ensuring a reliable connection with optimal passage section. Due to this, in heating, water supply and sewage systems, pressure losses are minimized. Unlike elements made of other materials (PE-x, metal-plastic, PERT), the PP-R triangle preserves the inner diameter of the pipe, which improves the hydraulic characteristics of the entire system. In addition, polypropylene fittings are more affordable in price compared to copper or metal-plastic counterparts.

PPR Reducing Tee Ø50x40x50 mm It is made of polypropylene copolymer PP-RC, which has a high resistance to aggressive chemicals. This makes it ideal for transporting both hot and cold water, as well as technical liquids.

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PPR tee Ø50x40x50 mm. Main features

1. Dimensions: DN40.
2. Tip: equal to passing.
3. Connection: welding / welding (for welding by heating).
4. Material corp: polypropylene PP-RC.
5. Nominal pressure: PN 20 bar.
6. Weight: 0.113 kg.
7. Operating temperature: up to 90°C.

This triangle is ideal for use in residential, administrative, industrial buildings, as well as for pneumatic and technological pipelines.

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Tee PPR Ø50x40x50 mm. Benefits

• Functionality: It allows a vertical outlet from the horizontal pipe, making it very convenient for connecting fittings.
• Time saving: reduces the number of transition elements, simplifying system assembly.
• Reliability: Welded connections are leak-proof and durable.
• Resistance to stress: withstands high temperatures and pressures.

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The main types of connections for engineering systems

Various technologies are used to connect pipes made of homogeneous and heterogeneous materials. Let's look at the most commonly used ones:

1. Threaded connections

Simple and safe solution, achieved by applying internal and/or external thread. Threaded connections preserve the inner diameter of the pipe, having a positive impact on hydraulics. The quality of the connection depends on the correctness of the assembly.

2. Pressure connections

Based on the deformation of an external gallery, which presses the pipe onto the brass, PVDF or PPSU insert profile. Ensures tightness and durability.

3. Compression connections

A fitting, cut ring and a screw nut are used. When the nut is tightened, the ring compresses the pipe for a secure fit. Although the method is simple, it is still used in some situations.

4. Paste (page)

Welding can create molecular bonds that are very tight and durable. It requires special skills and appropriate equipment.

5. Flange welding

A method of connecting by heating and joining homogeneous materials. Ensures strength and reliability.

6. Hybrid connections

It uses the properties of the material, allowing it to return to its original position after expansion, ensuring a secure fit.

PPR tee Ø50x40x50 mm. Advantages compared to the competition

• Maximum flow capacity: the inner diameter of the pipe remains unchanged, improving the hydraulic characteristics.
• Cost effective: price of the triangle PP-R is smaller compared to similar copper or metal-plastic products.
• Easy assembly: it is easy to install, without complicated equipment.
• Durability: connections remain leak-proof in the long term.

Hydraulic benefits

For example, for a 16 mm pipe with a wall thickness of 2 mm, the inner diameter can decrease by 4–6 mm at compression connections, which reduces the cross-section by 25–37.5%. In the case of triangles PP-R, such losses do not occur, which makes them efficient for heating and water supply.

Conclusion

PPR Reducing Tee Ø50x40x50 mm — is the optimal solution for heating, water and sewage systems, combining reliability, economy and high hydraulic characteristics. By choosing polypropylene fittings, you get a durable network with minimal maintenance costs.

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