ppr reducing tee

    PPR reducing tee is a kind of pipe connector, also known as "three-way pipe". It is a kind of ppr pipe fittings connector with three ports. Its design is unique. Two of its three interfaces have the same diameter, while the third interface has different diameters, which enables it to easily connect three pipes with different diameters. This design not only optimizes the layout of the ppr water pipe system, but also improves the efficiency and flexibility of fluid transmission. Its main function is to connect three pipes of different diameters to achieve fluid transmission, diversion or convergence. PPR pipe and fittings are widely used in kitchen and bathroom, used to connect PPR pipe fittings of different angles and diameters through tees

Performance characteristics
 1. Non-toxic hygiene: PPR materials belong to green building materials and can be used for pure water and drinking water pipeline system.
 2. Corrosion resistance, non-scaling: avoid the macular rust caused by ppr pipe corrosion, and avoid the blockage caused by pipe corrosion and scale.
 3. High temperature and high pressure resistance: the pipeline transmission water temperature can be up to 95℃, adapt to various pressure environment.
 4. Heat preservation and energy saving: the thermal conductivity is only 1 / 2% of the metal pipe, used for hot water pipe insulation and energy saving effect is excellent.
 5. Light quality, easy installation: the specific gravity is only one seventh of the metal pipe, using hot melt connection, a few seconds to complete, safe and reliable.
6. Long service life: under the specified long-term continuous working pressure, the service life can reach more than 50 years.

Matters need attention
 1. When installing the PPR pipe fittings reducing tee, we need to pay attention to the flow direction. Ensure that the flow of the pipeline is consistent with the flow of the three, to avoid the flow of the three or pipeline blockage.
 2. In the process of use, we need to pay attention to the overall structure and posture of the pipeline, to avoid the deformation or rupture of the pipeline.
 3. If maintenance is required, the pipe valve should be closed first to avoid damage to the pipeline and the diameter tee caused by hydraulic impact.