Eastbrook Murano Horizontal Designer Radiator
The Eastbrook Murano Designer Radiator is a modern and stylish heating solution designed to deliver both performance and visual appeal. Constructed from high quality mild steel, it features a round tube horizontal design that enhances contemporary interiors with a clean and elegant look. Its double tube on tube structure adds a bold architectural feel, making it a standout feature in any living space while ensuring reliable heating performance.
Engineered for central heating systems, the Murano radiator provides efficient heat output based on delta T60 degree C standards. The double configuration allows improved heat distribution across the room, ensuring consistent warmth. With a horizontal orientation and 81mm wall tapping, it is designed for secure installation and practical placement. State of the art welding technology enhances structural strength and durability for long term performance.
Manufactured and tested to BS EN 442 standards, this radiator guarantees dependable quality and safety. Heating elements and radiator feet are not included, allowing flexible installation options based on user requirements. With a 5 year guarantee, it offers added peace of mind. Combining modern design, strong construction, and efficient heating capability, the Eastbrook Murano radiator is a reliable choice for upgrading any interior heating system.
PRODUCT SPECIFICATIONS
- Product Type: Designer Radiator
- Brand: Eastbrook
- Collection: Murano
- Guarantee: 5 Years
- Material: Mild Steel
- Style: Modern
- Suitable for Conversion: Yes
- Orientation: Horizontal
- Fuel Type: Central Heating
- Radiator Design: Round Tube - Horizontal
- Radiator Valve included: No
- Radiator Configuration: Double
- Tapping From Wall: 81mm
PRODUCT FEATURES
- Images shown are for pictorial representation only
- Heating Element and Radiator Feet not included
- Double Tube on Tube Horizontal Radiator
- Manufactured and tested to BS EN 442 standards
- Heat output based on delta T60 degree C
- State-of-art welding technology