20mm PVC Expansion Coupling Conduit | Durable & UV Resistant | Easy Installation | @Each of 1 | by GAF
The 20mm PVC Expansion Coupling Conduit is designed for effective electrical cable management, allowing for thermal expansion and contraction in conduit runs. Made from durable, UV-stabilized PVC, this coupling is ideal for both indoor and outdoor applications, ensuring long-lasting performance and compliance with Australian standards.
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Product Name/Title: 20mm PVC Expansion Coupling Conduit | Durable & UV Resistant | Easy Installation | @Each of 1 | by GAF
Brand: GAF
SKU: CLI251/20GY
Alternatively Known As: 20mm PVC Expansion Coupling, 20mm Conduit Expansion Joint, 20mm Conduit Coupler, PVC Conduit Expansion Fitting
- Material: Rigid PVC
- Nominal Diameter: 20mm
- Colour: Grey
- Type: Expansion Coupling
- UV Stabilised: Yes
- Corrosion Resistant: Yes
- Operating Temperature: -15°C to 60°C
- Application: For use with rigid PVC conduit
- Dimensions (H x L x W): 25mm x 90mm x 25mm
- Weight: 0.1 kg
- 20mm diameter expansion coupling for PVC conduit
- Allows for thermal expansion and contraction of conduit runs
- Durable PVC construction for long-lasting performance
- Easy to install with standard conduit fittings
- Corrosion and UV resistant
- Installation by a licensed electrician is recommended to ensure compliance with Australian wiring rules and optimal performance.
- Electrical cable management in residential, commercial, and industrial installations
- Expansion joints for conduit runs exposed to temperature variations
- Suitable for both indoor and outdoor conduit systems
- Complies with AS/NZS 2053 for conduit and fittings.
- PVC material is recyclable and provides long service life, reducing replacement frequency.
- Prevents conduit damage from thermal expansion, minimizing maintenance and waste.
12 months warranty against manufacturing defects.
The GAF 20mm PVC Expansion Coupling Conduit is available for immediate purchase. Ideal for electrical cable management in environments subject to temperature changes.
