1200mm (W) x 480mm (H) Evora Anthracite 3 Column Bench Radiator
The Evora Anthracite 3 Column Bench Radiator combines style and functionality, featuring a sleek anthracite finish that adds a modern touch to any space. Measuring 1200mm in width and 480mm in height, this radiator offers efficient heating while doubling as a practical bench, making it an ideal choice for contemporary homes.
Dimensions | |
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Width (mm) | 1200mm |
Height (mm) | 480mm |
Tube Diameter (mm) | 25mm |
Pipe Centres | 970mm |
Socket Width | 1/2" BSP |
Technical Specifications | |
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Output BTUs | 2480 |
Output Watts | 727 |
Maximum Operating Pressure | 6 |
Fuel Type | Central Heating |
Materials & Construction | |
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Material | Mild Steel |
Design & Appearance | |
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Design | Bench Radiator |
Outer Finish | Anthracite Powder Coating |
Colour Family | Grey |
Tube Bar Pattern | 6 |
Fixtures & Fittings | |
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Accessories | Supplied with Bleed Valve & Blank Plug |
Certifications & Standards | |
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Guarantee | 10 Years |
Brand | |
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Brand | NWT Direct |
Enhance your home with the Evora Anthracite 3 Column Bench Radiator, a perfect blend of modern design and efficient heating. Measuring 1200mm in width and 480mm in height, this radiator is designed to fit seamlessly into any room, offering both style and functionality. The anthracite finish adds a contemporary touch, making it a standout piece in any space. With its 3-column design, this radiator provides excellent heat output, ensuring your home stays warm and inviting. Ideal for those who appreciate both form and function, the Evora Anthracite Bench Radiator doubles as a stylish bench, adding a practical element to your living area.
Key Features:
- Sleek anthracite finish for a modern look
- 1200mm (W) x 480mm (H) dimensions, perfect for various spaces
- 3-column design for optimal heat output
- Durable construction with a dual-purpose design
- Easy to install and maintain
Others in range
This is just a guide for reference only, rooms may require more than one radiator. If this applies to you, divide the required output between the number of radiators required. All figures given are for Delta T 50°