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HOME PVC-U conduits PVC Cable Conduit
PVC Cable Conduit
PVC Cable Conduit
PVC Cable Conduit
PVC Cable Conduit
PVC Cable Conduit
PVC Cable Conduit
PVC Cable Conduit is a high-reliability wiring protection system developed and produced by POLYGON, tailored to meet the wiring safety and protection needs of modern electrical engineering. It covers a comprehensive range of types to adapt to diverse application scenarios, including Light PVC-U Flame-Retardant Insulated Cable Conduit, Middle PVC-U Cable Conduit, Heavy PVC-U Cable Conduit, Red and Blue PVC Cable Conduit Pipes, and Transparent PVC Cable Conduit. Backed by the group’s advanced digital intelligent factories equipped with international-class production equipment and 4 CNAS laboratories for full-process quality control, the product adheres to strict international electrical standards. It has been widely applied in urban power grid construction, industrial parks, residential communities, airports, transportation hubs, and postal telecommunications projects, providing a safe, durable, and efficient protection solution for power cables and communication lines.
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 Product Description

PVC Cable Conduit is precision-manufactured from high-quality polyvinyl chloride (PVC) resin with specialized functional additives through advanced extrusion technology, while all matching fittings are produced via precision injection molding. The conduit features a smooth and burr-free inner wall, which minimizes friction during cable threading, protects the cable insulation layer from damage, and facilitates efficient and labor-saving installation. Its core design prioritizes safety and practicality: the flame-retardant formula meets standards, enabling the conduit to self-extinguish immediately when removed from the flame, effectively preventing fire spread and reducing potential electrical hazards. The product exhibits excellent insulation performance, which can reliably isolate electrical current, preventing leakage and electric shock accidents. Red and Blue PVC Cable Conduit Pipes adopt a color-coded design—red for strong electricity cables and blue for weak electricity cables—effectively avoiding wiring confusion and signal interference between strong and weak currents. Transparent PVC Cable Conduit offers high visualization, allowing for clear inspection of the cable’s integrity and connection status, reducing installation errors and hidden safety risks. The lightweight and flexible nature of PVC material allows the conduit to be manually bent at room temperature using a bending spring, adapting to complex architectural layouts and narrow installation spaces. Rigorously tested in CNAS laboratories, the product demonstrates strong compression resistance, corrosion resistance, and insect resistance, and can maintain stable performance in harsh environments such as humidity, corrosion, or low temperatures, ensuring a long service life.

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 Product Specification

 PVC-U Cable Conduit


1

Light PVC-U Cable Conduit

2

Middle PVC-U Cable Conduit

3

Heavy PVC-U Cable Conduit


Red and Blue PVC Cable Conduit Pipes


4

Light Red and Blue

 PVC Cable Conduit Pipes

5

Middle Red and Blue

PVC Cable Conduit Pipes




Transparent PVC Cable Conduit


6

Transparent PVC Cable Conduit



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 Performance Advantage

Superior Safety Performance: Flame retardancy effectively prevents fire spread, while excellent insulation properties eliminate electric leakage and electric shock risks, providing comprehensive safety protection for cables and wiring systems.


Clear Distinction of Strong and Weak Electricity: Red and blue color-coded conduits simplify the identification of strong and weak electricity cables, avoiding installation confusion and signal interference, which is crucial for the stable operation of electrical and communication systems.


Enhanced Cable Protection: The smooth inner wall minimizes friction during cable threading, protecting the cable insulation layer from wear and tear. The durable PVC structure also shields cables from physical damage, moisture, corrosion, and insect infestation, extending cable service life.


Flexible and Convenient Installation: Lightweight PVC material simplifies transportation, handling, and on-site installation. The conduit can be easily bent at room temperature using a bending spring, adapting to complex architectural layouts and narrow spaces. A complete range of fittings meets diverse installation needs, such as turns, branches, and connections.


Strong Environmental Adaptability: The product exhibits excellent compression resistance, corrosion resistance, and low-temperature adaptability, maintaining stable performance in various harsh environments, including humid basements, corrosive industrial areas, and cold outdoor settings.


Durable and Cost-Effective: High-quality PVC resin and rigorous manufacturing processes ensure the conduit is resistant to aging and deformation, providing a long service life. Its low maintenance requirements and cost-effectiveness make it a preferred choice for long-term projects.


Comprehensive Product Range: Multiple types (light/middle/heavy, red/blue, transparent) and sizes (dn16-dn40) cater to different pressure resistance, functional, and application requirements, offering a one-stop wiring protection solution for various electrical engineering projects.

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 Application

PVC Cable Conduit is widely used in various electrical engineering and infrastructure projects that require reliable cable protection, including:

Urban Power Grid Construction and Renovation: Used for protecting power transmission and distribution cables in urban and rural areas, ensuring the safety and stability of the power grid.


Industrial Parks and Manufacturing Facilities: Applied in the internal wiring of factories, workshops, and industrial zones, distinguishing strong and weak electricity cables to avoid interference and ensure the normal operation of production equipment.


Residential and Commercial Buildings: Installed in apartments, villas, shopping malls, hotels, office buildings, and hospitals, providing safe and organized cable protection for indoor electrical systems, including power supply, lighting, and communication lines.


Transportation Infrastructure: Suitable for cable protection in airports, railway stations, road and bridge projects, adapting to complex structural layouts and harsh environmental conditions (e.g., vibration, temperature changes, humidity).


Postal and Telecommunications Projects: Used for protecting communication cables and optical fibers, ensuring signal stability and preventing external interference, supporting the smooth operation of telephone, internet, and other communication services.


Public Facilities and Renovation Projects: Applied in schools, stadiums, and old building electrical system renovations, where its flexible installation, safety performance, and compatibility solve problems such as outdated wiring and limited installation space.