1/4

Reina Pietra Designer Heated Towel Rail 720mm H x 530mm W - Chrome

Name: Reina Pietra Designer Heated Towel Rail 720mm H x 530mm W - Chrome
Brand: REINA
SKU: RND-PTR0725C
Price: 287.95 GBP
Availability: InStock

Height: 72 cm

Power: 262 W

Colour: Copper

Sold by Heat & Plumb

Product information

Description

General description

The angular Pietra towel rail from Reina is a powerful statement piece that retains the typical functionality of a ladder towel rail but with ultra-modern square aesthetics. This model measures 720mm High x 530mm Wide and is finished in chrome, manufactured from mild steel.

Technical specifications

Height: 720mm

Width: 530mm

Pipe Centres: 100mm

Wall to Front: 108-122mm

Wall to Pipe Centres: 73-87mm

Output (Watts) @ Delta T50: 262

Output (BTU) @ Delta T50: 894

Material: Mild Steel

Colour: Chrome

Tube Quantity: 8

Total Gaps: 7

Compatibility and accessories

Suitable for central heating systems with the addition of radiator valves

Suitable for dual-fuel use with the addition of an electric element, T-piece, and valves

Suitable for electric-only use with the addition of an electric element and liquid filling solution

Installation

Rail can be installed so that bars extend on the left-hand or right-hand side

Mounting: Wall

Orientation: Horizontal

Usage

Designed for domestic market

Ideal for heating towels and enhancing bathroom aesthetics

Other information

Supplied with a 5-year guarantee from the manufacturer

Manufactured to BS EN 442

Image showing the rail in a room depicts an 1100mm x 530mm chrome model fitted with Loge chrome angled valves

Features

Brand
REINA
Width
53 cm
Height
72 cm
Weight
9.99 kg
Power
262 W

Advice from

Towel radiator buying guide

Towel radiators are designed to dry your towels and heat the bathroom at the same time. An electric towel rail can operate using thermal fluid or dry thermal technology and may feature a fan. A central heating towel rail must be connected to your boiler and may feature dual fuel technology. Read on to find out more.

Read our guide

You are here: