PPH pipe has a smooth and unobstructed inner wall, with stable hot-melt connections, long service life, and strong corrosion and temperature resistance. It is the preferred choice for industrial corrosive fluid transportation.

1. Lightweight, easy and reliable to install: PE-RT pipe is lightweight, with a specific gravity of only 1/8 that of metal. It is easy to handle, can be connected via hot melting, and is safe and reliable, eliminating concerns of water leakage.
2. Good flexibility: Its bending radius can be as small as 5 times the outer diameter of the pipeline. It is convenient and economical to lay. During construction, the pipeline can reduce the amount of pipe fittings used by coiling and bending, thereby lowering the cost of use.
3. No rebound upon bending: When the pipe is bent, the stress in the bent section can be quickly relaxed, preventing the "rebound" phenomenon. This facilitates construction operations and avoids damage to the pipe at the bend due to stress concentration during use.
4. The inner wall is smooth, resulting in low water flow resistance.
5. Good low temperature resistance: PE-RT has a low brittle temperature and excellent low temperature resistance, making it suitable for floor heating installation in winter. Additionally, it does not require preheating when bending pipes.
6. Good chemical corrosion resistance.
7. Long service life.
8. Good impact resistance and high safety performance.
9. Good heat dissipation performance: PE-RT has good heat dissipation performance, with a thermal conductivity of 0.4kw/M.K. In heating applications, it can improve heat transfer efficiency and save a significant amount of energy.

1. Lightweight, easy and reliable to install: PE-RT pipe is lightweight, with a specific gravity of only 1/8 that of metal. It is easy to handle, can be connected via hot melting, and is safe and reliable, eliminating concerns of water leakage.
2. Good flexibility: Its bending radius can be as small as 5 times the outer diameter of the pipeline. It is convenient and economical to lay. During construction, the pipeline can reduce the amount of pipe fittings used by coiling and bending, thereby lowering the cost of use.
3. No rebound upon bending: When the pipe is bent, the stress in the bent section can be quickly relaxed, preventing the "rebound" phenomenon. This facilitates construction operations and avoids damage to the pipe at the bend due to stress concentration during use.
4. The inner wall is smooth, resulting in low water flow resistance.
5. Good low temperature resistance: PE-RT has a low brittle temperature and excellent low temperature resistance, making it suitable for floor heating installation in winter. Additionally, it does not require preheating when bending pipes.
6. Good chemical corrosion resistance.
7. Long service life.
8. Good impact resistance and high safety performance.
9. Good heat dissipation performance: PE-RT has good heat dissipation performance, with a thermal conductivity of 0.4kw/M.K. In heating applications, it can improve heat transfer efficiency and save a significant amount of energy.

1. Lightweight, easy and reliable to install: PE-RT pipe is lightweight, with a specific gravity of only 1/8 that of metal. It is easy to handle, can be connected via hot melting, and is safe and reliable, eliminating concerns of water leakage.
2. Good flexibility: Its bending radius can be as small as 5 times the outer diameter of the pipeline. It is convenient and economical to lay. During construction, the pipeline can reduce the amount of pipe fittings used by coiling and bending, thereby lowering the cost of use.
3. No rebound upon bending: When the pipe is bent, the stress in the bent section can be quickly relaxed, preventing the "rebound" phenomenon. This facilitates construction operations and avoids damage to the pipe at the bend due to stress concentration during use.
4. The inner wall is smooth, resulting in low water flow resistance.
5. Good low temperature resistance: PE-RT has a low brittle temperature and excellent low temperature resistance, making it suitable for floor heating installation in winter. Additionally, it does not require preheating when bending pipes.
6. Good chemical corrosion resistance.
7. Long service life.
8. Good impact resistance and high safety performance.
9. Good heat dissipation performance: PE-RT has good heat dissipation performance, with a thermal conductivity of 0.4kw/M.K. In heating applications, it can improve heat transfer efficiency and save a significant amount of energy.

1. Lightweight, easy and reliable to install: PE-RT pipe is lightweight, with a specific gravity of only 1/8 that of metal. It is easy to handle, can be connected via hot melting, and is safe and reliable, eliminating concerns of water leakage.
2. Good flexibility: Its bending radius can be as small as 5 times the outer diameter of the pipeline. It is convenient and economical to lay. During construction, the pipeline can reduce the amount of pipe fittings used by coiling and bending, thereby lowering the cost of use.
3. No rebound upon bending: When the pipe is bent, the stress in the bent section can be quickly relaxed, preventing the "rebound" phenomenon. This facilitates construction operations and avoids damage to the pipe at the bend due to stress concentration during use.
4. The inner wall is smooth, resulting in low water flow resistance.
5. Good low temperature resistance: PE-RT has a low brittle temperature and excellent low temperature resistance, making it suitable for floor heating installation in winter. Additionally, it does not require preheating when bending pipes.
6. Good chemical corrosion resistance.
7. Long service life.
8. Good impact resistance and high safety performance.
9. Good heat dissipation performance: PE-RT has good heat dissipation performance, with a thermal conductivity of 0.4kw/M.K. In heating applications, it can improve heat transfer efficiency and save a significant amount of energy.