PVC Flexible Electrical Pipe

     There are many types of PVC pipes, which can be classified according to their purpose. PVC water pipe can be divided into PVC drainage pipe, PVC water supply pipe, PVC irrigation pipe, PVC conduit pipe, etc., while Polyvinyl chloride PVC conduit is a power cable protection conduit made mainly of polyvinyl chloride resin and/or chlorinated polyvinyl chloride (CPVC) resin as the main raw materials, with various special additives added. It has good electrical insulation performance, strong corrosion resistance, excellent heat resistance, flexibility and impact resistance, smooth inner wall, self flame retardant, light weight, low engineering cost, and long service life. Therefore, flexible PVC pipe conduit is a widely used building material for laying power, communication, control, signal and other power lines. It is mainly made of polyvinyl chloride resin, which has good insulation performance, corrosion resistance, wear resistance, and tensile strength, and is suitable for the protection of wires and cables in various environments and conditions. PVC pipe conduit has been widely used in various fields such as construction, industry, transportation, and agriculture, especially in situations where frequent bending and movement are required, exhibiting excellent performance.

    PVC conduit is divided into three types according to the national execution standard GBT3050-1998: light 205, medium 305, and heavy 405, also known as a, b, and c. A-type PVC pipes have the thickest wall, followed by B-type PVC pipes, and C-type PVC pipes are the thinnest. It is recommended to use B-type PVC conduit for household use. A-type conduit is too thick, which is not conducive to construction and is not necessary for installation. C-type conduit is too thin and cannot be used on the ground due to insufficient load-bearing capacity.

The application fields of PVC conduit are very extensive, including:
1. Architecture field: Used for wiring of power supply, lighting systems, and communication networks in residential and commercial buildings.
2. Industrial sector: Used in factories and manufacturing facilities to connect electrical equipment such as motors, control equipment, instruments, sensors, etc.
3. Infrastructure construction: including road lighting, bridges, tunnels, subways, airports, and ports.
4. Transportation: Used for power supply and signal transmission in rail transit systems and automobile manufacturing.
5. Solar and wind power generation: used to transport electricity from solar panels or wind turbines to inverters and storage devices.
6. Medical equipment: delivering electricity and signals in hospital buildings and medical equipment.
7. Agriculture and Horticulture: Used for irrigation systems, greenhouse equipment, animal husbandry equipment, etc.
8. Environmental monitoring system: used to monitor power and signal transmission in the environment.