Eastbrook Thermostatic Twin inlet Straight Radiator Valve

In stock
SKU: 54.0012
Regular price £54.00 inc. VAT
Regular price -39% £89.00 Sale price £54.00 inc. VAT

The Eastbrook Thermostatic Radiator Valves are a modern and efficient heating control solution designed to enhance comfort and energy management in any space. Crafted from a combination of high quality brass and durable plastic, these valves offer a strong balance of durability and lightweight performance. Their sleek round design provides a clean and contemporary look, making them suitable for a wide range of modern and traditional interiors. Ideal for residential and commercial use, they ensure precise temperature regulation.

These thermostatic radiator valves are designed in a straight position, allowing for straightforward installation in compatible heating systems. With a standard 1/2 inch connection and compatibility with 15mm pipe size, they are engineered for easy integration with most radiator setups. The thermostatic functionality automatically adjusts heat output based on room temperature, helping to improve energy efficiency while maintaining consistent comfort levels. Their robust construction ensures reliable long term performance.

The Eastbrook Radiator Valves come with a 2 year guarantee, offering added confidence in their quality and durability. Designed to provide intelligent temperature control, they help reduce energy usage while maintaining an optimal indoor environment. Please note that images are for pictorial representation only. Combining modern styling, advanced thermostatic control, and durable materials, these valves are an excellent choice for efficient and comfortable heating management in any setting.

PRODUCT SPECIFICATIONS
  • Product Type: Radiator Valves
  • Brand: Eastbrook
  • Guarantee: 2 Years
  • Material: Brass + Plastic
  • Style: Modern
  • Radiator Valve Type: Thermostatic
  • Radiator Valve Position: Straight
  • Connection: 1/2 Inch
  • Shape: Round
  • Radiator Valve Pipe Size: 15mm
PRODUCT FEATURES
  • Images shown are for pictorial representation only