No products found
Try a different search or choose one of the popular searches.
Wave Anthracite Electric Towel Rail - Single Heat - 500mm (w) x 1000mm (h)
Product Code:
NWT2587-41207
- -£24.00
The Wave aluminium anthracite designer towel rail is a practical solution for a variety of roomsets, offering a stylish and efficient heating solution in a range of sizes. The curved lines and detailed chrome edges are a stunning aesthetic detailed and the towel rails are backed up with impressive heat outputs and performance.
Description
Why Buy this Aluminium Electric Heated Towel Rail?
"The Wave aluminium designer towel rail is a practical solution for a variety of roomsets, offering a stylish and efficient heating solution in a range of sizes. The curved lines and detailed chrome edges are a stunning aesthetic detailed and the towel rails are backed up with impressive heat outputs and performance."
Choosing your Electric Heating Element:
- This Aluminium Electric Towel Rail can be purchased with 2 different suitable Electric Heating Elements depending on your requirements.
1. Single Heat Element (Fixed Operating Temperature 70°c)
2. Thermostatic Chrome Wall Controller + Element (Manual Thermostatic Operating Temperature 0 to 70°c + 2hr boost function)
We recommend choosing a thermostatic option when installing larger towel rails or where children may be present.
Is this Electric Towel Rail Pre-Filled?
YES! The towel rail will arrived pre-filled with a pre-mixed solution designed specifically for heated towel rails. This protects against rust & corrosion and will assist in efficient heat transfer. Your chosen electric heating element will be supplied separately along with the towel rail so you can choose whether to install this on the left or right hand side. NOTE: The element must always be installed vertically and we recommend all installation work is carried out by a qualified professional.
Product Description:
- Our range of towel rails are designed in house and manufactured at our modern factory.
- The high heat output of our towel rails are achieved from the sourcing of high quality aluminium finished in a stunning powder coated paint.
- All our heat output figures for our electric towel rail range are listed from the wattage of the supplied element. eg 300W Element x3.41 = 1023 BTUs
- We have designed the individual bar patterns of each towel rail to optimise the volume of horizontal bars for heat output with spaces for functionality to allow you to hang your towels.
- All our towel rails are supplied with a 4 point, anthracite wall mounting kit (including bleed valve and blank plugs)
- This towel rail is supplied with our 10 year manufacturer guarantee. The electric heating element has a 1 year guarantee. (Euronorm BS EN 442).
NOTE: Please do not compare this chrome towel rail with cheap imports, which will be aesthetically less appealing, manufactured with 19mm horizontal tubes, have a poor finish and a reduced heat output.
Product Specifications
Everything you need to know about this product, from dimensions and installation to finish and performance.
Dimensions
Width (mm)
500mm
Height (mm)
1000mm
Depth (mm)
55mm
Projection
115mm
Technical Specifications
Output Watts
300W
IP Rating
IP55 - Single Heat, IPX4 - Thermostatic
Fuel Type
Electric
Materials & Construction
Material
Aluminium
Design & Appearance
Design
Wave
Outer Finish
Anthracite Powder Coating
Colour Family
Gray
Tube Bar Pattern
2 -2 - 4
Fixtures & Fittings
Fixing Kit
Anthracite 4 Point Wall Mounting Kit Included
Accessories
Chrome Tops to the Extrusions
Certifications & Standards
Guarantee
10 Years (Towel Rail) 1 Year (Element) BS EN 442
Brand & Product Codes
Manufacturer
NWT Direct
NWT Direct
Quick Code
NWT2587-41207
Files & Downloads
Installation guides, technical sheets and supporting product documents.
You May Need
Below are some products that are suitable for your purchase. You may need to add these to your order.
In Stock
Reviews & Questions
Reviews
Questions & Answers
Btu Calculator
This is 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°.