Expansion Valves
Why Choose Us
The Thermostatic Expansion valve helps to maintain a consistent superheat (or refrigerant level) across varying load conditions in the refrigeration system, contributing to energy savings.
- • Precise operation and long self-life
- • Adjustable and non-adjustable super heat setting designs.
- • With or Without MOP.
Service Valves
Why Choose UsThe Thermostatic Expansion valve helps to maintain a consistent superheat (or refrigerant level) across varying load conditions in the refrigeration system, contributing to energy savings.
- • Also known as Diaphragm valve / Hand valve
- • Have various size (Eg: 1/4” 3/8” 1/2” 5/8” 3/4” )
- • Flare(SAE) / Solder(ODS) connection types
Shut-off Valves
Why Choose UsThe Thermostatic Expansion valve helps to maintain a consistent superheat (or refrigerant level) across varying load conditions in the refrigeration system, contributing to energy savings.
- • Ball valve
- • Globe valve
- • Butterfly valve
- • Rotolock valve
To completely stop the flow of fluid (like refrigerant or water) in a specific line within the HVAC system.
Safety Valves & Receiver Valves
Why Choose UsThe Thermostatic Expansion valve helps to maintain a consistent superheat (or refrigerant level) across varying load conditions in the refrigeration system, contributing to energy savings.
- • Precise operation and long self-life
- • Adjustable and non-adjustable super heat setting designs.
- • With or Without MOP.
Protection against possible overpressure of the Refrigeration system, condensers, liquid receivers, evaporators.. etc
Solenoid Valves
Why Choose UsThe Thermostatic Expansion valve helps to maintain a consistent superheat (or refrigerant level) across varying load conditions in the refrigeration system, contributing to energy savings.
- • Air-conditioning systems
- • Condensing units
- • Cooling units
- • Chillers
- • Dehumidifiers, etc.
Applications:
Non Return Valves
Why Choose UsThe Thermostatic Expansion valve helps to maintain a consistent superheat (or refrigerant level) across varying load conditions in the refrigeration system, contributing to energy savings.
- • Precise operation and long self-life
- • Adjustable and non-adjustable super heat setting designs.
- • With or Without MOP.
Evaporator Pressure Regulating Valves
Why Choose UsAn "evaporator pressure regulating valve" (EPR) is a valve installed in the suction line of a refrigeration system, designed to maintain a constant pressure within the evaporator by controlling the flow of refrigerant, thus ensuring a consistent evaporator temperature regardless of changing loads; essentially, it regulates the pressure at the evaporator exit to maintain optimal cooling performance.
- • Consistent evaporator temperature
- • Improved system efficiency
- • Can help prevent evaporator freeze-ups
Benefits:
Check Valves
Why Choose UsA check valve is a device that permits fluids to flow in one direction within a pipeline or conduit. It is crucial to ensure the flow direction in the pipeline aligns with the arrow marked on the valve body.
- • Precise operation and long self-life
- • Adjustable and non-adjustable super heat setting designs.
- • With or Without MOP.
Orifice
Why Choose UsThe "orifice" refers to a small, precisely sized opening within the Expansion valve that controls the flow of refrigerant by reducing its pressure as it passes through. In a thermal expansion valve (TXV), the orifice works in conjunction with a sensing bulb and diaphragm to dynamically adjust the valve opening, allowing for efficient cooling under varying conditions. The size of the orifice determines the flow rate of refrigerant
