Signed in as:
filler@godaddy.com
Signed in as:
filler@godaddy.com
Your support and contributions will enable us to meet our goals and fund our mission.
When the outlet control is opened, cold water flows into the valve body. This change in differential pressure raises the valve's piston, lifting the steam valve from its seat. Steam combines with the cold water in a mixing chamber to create instantaneous hot water. Once the control is turned off, a spring, reinforced with static water pressure closes the valve. This shuts the steam off completely. So, in the absence of cold water, steam cannot escape through the outlet. This fail-safe principle is the heart of the Dynafluid design and is the key to its worldwide success.
When the outlet control is opened, cold water flows into the valve body. This change in differential pressure raises the valve's piston, lifting the steam valve from its seat. Steam combines with the cold water in a mixing chamber to create instantaneous hot water. Once the control is turned off, a spring, reinforced with static water pressure closes the valve. This shuts the steam off completely. So, in the absence of cold water, steam cannot escape through the outlet. This fail-safe principle is the heart of the Dynafluid design and is the key to its worldwide success.
Dynafluid 2000 steam and water valves are the preferred choice for a vast array of industries throughout the world. You'll find them in abattoirs, breweries, chemical and pharmaceutical plants, dairies, food production and processing plants, launderettes - the list is endless! Whether your requirement is hot water for wash down systems, jacketed vessels, back-flushing filters, vehicle washing or in process heating, you'll find a total Dynafluid solution to fit your needs.
We use cookies to analyze website traffic and optimize your website experience. By accepting our use of cookies, your data will be aggregated with all other user data.