Specification of PE carbon spiral tube
Specification of PE carbon spiral tube
φ20
φ25
φ32
φ40
φ50
φ65
φ80
φ100
φ125
φ150
φ175
φ200
Features:
1. Stamping resistance and punching resistance: Due to the spiral shape of the pipe, the ring has a high degree of rigidity and good flexibility, it can effectively withstand external loads, is not easy to deform, and has unique spiral spinning buffer characteristics.
2. Good flexibility: Due to the high tensile and fracture strength of the threaded pipe and the long length of the pipe, the overall performance after burial is good. It can be applied to any section. It does not break when the earthquake or section is unevenly settled. Thread to cushion.
3. Convenient construction: the pipe can be bent at will, suitable for construction in different terrains, the length of the pipe is long, the joints are few, the construction is fast, convenient and cost-saving, the traction wire is provided in the pipe, which is convenient for pulling the cable, the cable and the inner wall of the pipe Point contact, the friction coefficient when pulling is small, which is much better than ordinary straight pipe surface contact.
4. Good heat dissipation effect: due to the spiral characteristic, the cable is suspended in the spiral tube and dissipates heat around.
5. Excellent insulation performance: Since the components are high-density polyethylene (HDPE) and modified carbon as the main raw materials, the insulation performance is good, which can effectively avoid the transmission and transformation of eddy currents and other phenomena.
6. Good corrosion resistance: acid, alkali, salt resistance, can withstand most chemical media, no electrochemical corrosion.
7. Wide temperature range: a wide range of safe temperature-30 degrees to 60 degrees.
If you want to know more about it please do not hesitate to contact me. WhatsApp:+86-15966835076
Product application areas:
Carbon spiral tubes are widely used in the construction and transformation of electric and high-speed railways, highways, new and old cities, development zones and roads, substations and other power and communication facilities. It is also widely used in agricultural irrigation and water conservancy projects.