Vertis Designer Brushed Brass PVD Plated Stainless Steel Towel Rail - 400 x 800mm - Central Heating

Quickfind Code: 39683 SKU: SEL480-BB
Vertis Designer Brushed Brass PVD Plated Stainless Steel Towel Rail - 400 x 800mm Vertis Designer  Brushed Brass PVD Plated Stainless Steel Towel Rail - 400 x 800mm
  • Vertis Designer  Brushed Brass PVD Plated Stainless Steel Towel Rail - 400 x 800mm
  • Vertis Designer  Brushed Brass PVD Plated Stainless Steel Towel Rail - 400 x 800mm
  • Vertis Designer  Brushed Brass PVD Plated Stainless Steel Towel Rail - 400 x 800mm
£125.00
Tax included
Out of Stock
This item is currently out of stock and we do not have a restock date as of yet.
info Product Information

Our Vertis Brushed Brass Stainless Steel Heated Towel Rail is a functional heating solution for a variety of roomsets and installations. 

We have a range of sizes to suit your installation needs (400mm to 500mm) and height (800mm to 1000mm)

Our brushed brass PVD Plated stainless steel ladder rails are ideal for both:
- drying towels or clothing.
- providing an efficient heat source to the room.

All of our ladder rails are manufactured and packaged to the highest standard. We use 22mm horizontal tubing for improved heat outputs and aesthetics and are more appealing than the standard, smaller 19mm tube often used. 

All of our ladder rails are supplied with:

- 4 Point fixing kit 
- x1 Bleed Valve
- x1 Blank Plug
- Our Lifetime manufacture guarantee

Our Brushed Brass Stainless Steel Range of Sizes:

Straight Horizontal Tubes:

400mm(w) x 800mm(h) - 416 BTUs

500mm(w) x 800mm(h) - 477 BTUs
500mm(w) x 1000mm(h) - 642 BTUs



Valve Kings Brand
SEL480-BB Reference
Out of Stock Stock Level

Technical Specifications

Finish Brushed Brass
Width 400mm
Height 800mm
BTU Output 416
Watts Output 122
Guarantee Lifetime
Material Stainless Steel
Socket Width ½" BSP
Fixing Kit Full Wall Mounting Kit Included
Maximum Operating Pressure 6 Bar
Design Ladder Rail

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°

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