According to the Environmental Protection Agency, at least 12% of household water usage is wasted as a result of leaks in water piping systems. The strain on the infrastructure necessitates enormous effort to repair and replace, estimated to exceed several hundreds of billion dollars. These pipe issues will only become harder to correct, because many systems have been pushed beyond the limits of their design. Municipal water systems have been strained for decades, especially in cities with population booms following the industrial revolution. Today, water companies and municipalities are on the lookout for viable piping alternatives that are durable, inexpensive to maintain, and safe for human use.
PE is called Polyethylene. It is the simplest polymer organic compound with the simplest structure. It is the most widely used polymer material in the world today. It is made of ethylene and classified into high-density polyethylene, medium-density polyethylene and low-density poly. Ethylene. Low-density polyethylene is soft and mostly uses high-pressure polymerization. High-density polyethylene has characteristics of rigidity, hardness, and mechanical strength, and is generally used for low-pressure polymerization. High-density polyethylene can be used as containers, pipes, and high-frequency electrical insulation materials for radar and television. Specification of the PE Water Supply Pipes
| Item | Especificação | Especificação |
| Modelo | LSZ-15KW | LSZ-25KW |
| Potência | 15KW | 25KW |
| Alimentação | Trifásica 380V 50-60HZ | Trifásica 380V 50-60HZ |
| Freqüência de oscilação | 1KHZ-20KHZ | 1KHZ-20KHZ |
| Item | Especificação | Especificação |
| Modelo | LSZ-15KW | LSZ-25KW |
| Potência | 15KW | 25KW |
| Alimentação | Trifásica 380V 50-60HZ | Trifásica 380V 50-60HZ |
| Freqüência de oscilação | 1KHZ-20KHZ | 1KHZ-20KHZ |
