Mixing Valve
Your Professional Mixing Valve Supplier
DINRO is a professional manufacturer and exporter of HVAC system components and brass valves, dedicated to the research, development, production, sales, and service of HVAC system components and brass valves. We specialize in the design, manufacturing, and sales of HVAC systems, valves, water manifolds, pipe fittings, sanitary ware, and other related products. We have 10 years of experience in the international market, with business operations spanning numerous countries including the UK, Germany, the Netherlands, Russia, Ukraine, Poland, and Argentina.
Mixing valves are devices designed to combine two separate fluid streams—hot and cold—to produce a single, controlled output at a desired temperature. They are commonly used in plumbing, HVAC systems, and industrial applications where precise temperature regulation is crucial. These valves can be manual or automatic, with advanced models incorporating electronic controls for enhanced accuracy.
Product parameters
|
Size |
DN15 |
|
Power supply |
AC220V(50/60Hz) |
|
Ambient temperature range |
-5~50℃ |
|
Temperature control range |
5~35℃ |
|
Protection class |
IP40 |
|
Temperature control accuracy |
±1 ℃ |
Key Advantages of Mixing Valves
Mixing valves offer a wide range of benefits in plumbing systems:
Safety: Prevents scalding by regulating hot water delivery
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Comfort: Maintains consistent water temperature regardless of pressure changes
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Efficiency: Reduces energy waste by stabilizing output
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Compliance: Meets plumbing codes and safety standards in many regions
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Longevity: Protects fixtures and pipes from thermal shock
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The importance of mixing valves
Scald Protection: Mixing valves prevent the outlet temperature from exceeding safe limits, particularly in homes, hospitals, and childcare facilities.
Thermal Shock Prevention: Sudden changes in water temperature can cause discomfort or accidents, especially in industrial environments where precise temperature control is critical.
Energy Savings: By delivering water at the exact temperature required, mixing valves reduce the need for excessive heating or cooling, resulting in lower energy consumption.
Reduced Water Waste: Mixing valves help achieve the desired temperature quickly, minimizing the wastage of water while waiting for adjustments.
Many plumbing codes and industry standards, such as ASSE 1017 for hot water systems, mandate the use of mixing valves to ensure safety and reliability in temperature control.
Key Components of a Mixing Valve
Understanding the internal structure of a mixing valve provides insight into its functionality. The key components include:
|
Component |
Description |
|
Hot and Cold Inlets |
Separate entry points for hot and cold water or fluids. |
|
Mixing Chamber |
The area where fluids are blended to the desired temperature. |
|
Thermostatic Element |
A temperature-sensitive element that expands or contracts to adjust flow rates. |
|
Control Mechanism |
A manual or automatic adjustment feature that sets the desired output temperature. |
|
Outlet Port |
Delivers the mixed fluid at the regulated temperature. |
|
Check Valves |
Prevents backflow, ensuring that hot and cold water do not mix outside the valve. |
|
Temperature Stop |
A safety feature that limits the maximum temperature to prevent scalding. |
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