A thermostatic radiator valve (TRV) is a self-regulating valve fitted to hot water heating system radiator, to control the temperature of a room by changing the flow of hot water to the radiator.

The replacement of a manual heating control with a TRV has been estimated to save at least 280 kilograms (620 lb) of CO2 per year. They are also considerably cost-efficient, using heat only when needed, and can reduce heating bills by up to 17 percent a year.

High Quality TRV from Leading Manufacturer in Heating & Plumbing - AVONFLOW

Thermostatic Radiator Valve / TRV / Thermostatic Head / Thermostatic Control Valve / TRCD 07 / B0001/ Keymark / HVAC

Product Information:

Suitable for central heating system

Thermostat control

Reverse flow body

Keymark Certificated

Technical Specification:

With thermostatic head and reversible bi-directional body

Built-in sensor with liquid-filled element

Graduated scale from 0-5 corresponding to temperature setting ranges from 6℃-28℃

Frost Protection setting as well

Fully Tested to 10 Bar:

Max pressure difference: 0.8 bar

Nominal flow rate 173kgs/h

Max flow temperature 120℃

Dual way mounted: horizontally or vertically

Avoid flow related noise

Guarantee: 3 Years

Features and Benefits:

Maintain comfortable temperature indoor

Reduce energy costs

Maximise efficiency by regularly bleeding your radiator to remove air blocks

Lockshield option

Use to fine tune each room's radiator, improving energy efficiency

14+ Years Design & Researching in liquid sensor

Full-automatic production line

Production and calibrated 100% in house

100% comply to EN-215

Certified A-rating energy grade

Dual-Flow

Multiple Choice for surface finishing: Chrome, Nickle, White, Black……

Multiple Choice for TRV body: straight, angle, corner

Multiple Choice for TRV body price: heavy weight, light weight

Multiple Choice for Lockshield: compression, thread

AVONFLOW TRV / Thermostatic Radiator Valve Offer a wild range of setting, like below chart:

0℃	6℃	11-13℃	15-17℃	19-21℃	23-25℃	27-29℃
0	*	1	2	3	4	5