Power conduit is a type of cable protection pipe with excellent performance, and its full name is chlorinated polyvinyl chloride power conduit.
I. Product Characteristics
High Strength and Flexibility: The power conduit has high strength and good flexibility, capable of withstanding certain external pressure and impact.
High Temperature Resistance: It can remain undeformed in environments above 93°C, with a heat resistance temperature 15°C higher than that of ordinary UPVC double-wall corrugated pipes.
Corrosion and Aging Resistance: The material is corrosion-resistant and anti-aging, with a service life of up to 50 years or more.
Flame Retardancy and Insulation: It has excellent flame retardant properties, extinguishing immediately when removed from fire, and offers good insulation, capable of withstanding voltages over 30,000 volts.
Environmentally Friendly and Non-Polluting: The product is recognized as a green, environmentally friendly product, free from pollution, and easy to install.
Eye-Catching Color: The product is bright orange, making it highly visible and easy to identify during construction.
II. Application Scope Power conduits are widely used in the following fields:
Urban power grid construction and renovation
Urban municipal renovation projects
Civil aviation airport engineering construction
Industrial parks and residential community construction
Transportation, road, and bridge engineering construction
Urban street lighting cable laying, etc.
In these fields, power conduits primarily serve to guide and protect, ensuring the safe operation of power cables.
III. Installation and Maintenance
The installation of power conduits is relatively simple, typically using elastic sealing rubber ring socket connections, which are convenient, fast, and provide excellent sealing performance. During installation, the following points should be noted:
Pipe supports should be configured to ensure the stability of the pipes.
Avoid rolling the pipes during placement to prevent damage.
Before connection, remove any soil or other debris from the external socket of the pipe and the inner surface of the rubber ring to ensure a tight seal.
Additionally, when backfilling, use soft soil and achieve the compaction requirements specified in the design to ensure the safe operation of the pipeline.