Your Professional Valve Supplier

XINXIANG KAIRUI REFRIGERATION EQUIPMENT CO., LTD,is a professional manufacturing company integrating scientific research, design,production sales and service that serve the global. Our factory mainly produce all kinds of refrigeration filter and can be used for Carrier YORK, TRANE McQuay Bitzer Refcomp brand refrigeration units such as the supporting filter spot sales (part). We also sell chiller spare parts for these brands.

Professional Team

Our team of proficient experts is dedicated to building long-term partnerships with clients by delivering impeccable and reliable services.

Custom Service

We provide tailored solutions for the customization of various filter types to meet specific customer requirements.

Reasonable Price

We are committed to offering superior service and high-quality products at competitive and cost-effective prices.

 

Advanced Equipment

We have adopted world-leading technology and equipment from Europe and the United States, and have implemented robust quality control procedures and advanced production lines.

 

 
  • Carrier Expansion Valve
    Carrier expansion valve 034G3503 is an electronic expansion valve used to regulate refrigerant flow in refrigeration systems. By precisely controlling the flow of refrigerant, the expansion valve
  • YORK Ball Valve 022-08883-000
    YORK 022‑08883‑000, genuine OEM 1‑5/8” refrigerant ball valve (service shut‑off valve), copper ODF solder ends. It serves as isolation valve for suction / discharge refrigerant piping on YORK
  • Danfoss Expansion Valve ETS12.5 034G4210
    Danfoss ETS12.5 (Code: 034G4210), bipolar stepper‑motor electric expansion valve, straight type, 5/8 (16 mm × 16 mm) ODF solder connections. It delivers precise refrigerant metering for medium
  • YORK Valve Head 025-32902-000
    YORK 025‑32902‑000, genuine OEM TXV power head assembly for YORK chillers and packaged HVAC units. It is the thermostatic sensing element for the thermal expansion valve, fitted with capillary tube
  • Danfoss Expansion Valve ETS400 034G3503
    Danfoss ETS400 (Code: 034G3503), high-capacity stepper motor electric expansion valve, ODF solder connection 2 1/8” × 2 1/8”. It delivers precise refrigerant flow modulation for large chillers, heat
  • Danfoss Expansion Valve ETS400 034G3501
    Danfoss ETS400 (Code: 034G3501), high-capacity stepper motor electric expansion valve, ODF solder connection 2 1/8” × 2 1/8”. It provides precise refrigerant flow regulation for large chillers, heat
  • Danfoss Expansion Valve ETS100C 034G7802
    Danfoss ETS100C (Code: 034G7802), Colibri® high-capacity stepper motor electric expansion valve, ODF solder connection 1 3/8” × 1 3/8” (35 mm × 35 mm). It provides precise refrigerant feeding for
  • Danfoss Expansion Valve ETS50C 034G7702
    Danfoss ETS50C (Code: 034G7702), Colibri® electric expansion valve, stepper motor driven, ODF solder connection 1 1/8” × 1 1/8”. It delivers precise refrigerant liquid injection for evaporators in
  • Trane VAL12873 Compressor Service Valve – 3-1/8" 2-Way Angle Type, Cast Iron, Welded, R...
    VAL12873 is a Trane original factory service valve for compressors. It is a 3-1/8 inch two-way angle type with a cast iron valve body and welded connections. It replaces the old part number VAL07370.
  • YORK 025-32902-000 TXV Power Head
    Genuine original factory new YORK 025-32902-000 TXV power head, the Sporlan thermostatic element (model 63-3-VN) fitted to the TXV on YORK chillers, charged for R-407A / R-407C / R-407F.. The kit
  • Trane VAL05054 Solenoid Valve Val05054
    Genuine original factory new Trane VAL05054 solenoid valve, brass valve body with the matching solenoid coil and pigtail lead, used on Trane chiller refrigerant and oil circuits.. The valve assembly
  • Parker SERI-KS Step Motor Electronic Expansion Valve
    Genuine original factory new Parker SERI-KS step motor electronic expansion valve, SVD item 805419C, with 1-1/8 x 1-3/8 ODF solder connections and an M12 electrical connector.. The SERI family is the
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Specification
 

Orifice Size

Rated Capacity

External Pressure Tube

ODFx0DF

Capillary length

[KW]

[TR]

(In)

[mml

(In)

[mml

(m)

[Inl

3

6

1.5

1/4

-

3/8x5/8

-

1.5

59

4

8

2.5

1/4

-

1/2x7/8

-

1.5

59

6

12

3.5

1/4

-

1/2x5/8

-

1.5

59

6

12

3.5

1/4

6

-

12x16

1.5

59

6

12

3.5

1/4

-

5/8x7/8

-

1.5

59

8

17

4.5

1/4

-

5/8x7/8

-

1.5

59

11

24

7

1/4

-

5/8x7/8

-

1.5

59

11

24

7

/

6

-

16x22

1.5

59

11

24

7

1/4

-

5/8x1-1/8

-

1.5

59

12.5

29

8

1/4

-

5/8x7/8

-

1.5

59

 

Types of Valve

 

The valves produced by our company mainly include the following types:

 
01
 

Relief Valve

Relief valve, also known as a pressure relief valve (PRV), is a safety device designed to prevent overpressure in a system. It automatically releases excess pressure to prevent damage to equipment, pipelines, or even potential hazards like explosions.

 
02
 

Expansion Valve

Expansion valve, also known as a thermal expansion valve (TXV), is a metering device in refrigeration and air conditioning systems that controls the flow of refrigerant into the evaporator.

 
03
 

Solenoid Valve

Solenoid valve is an electrically operated valve that controls the flow of liquids or gases. It uses an electromagnet (the solenoid) to move a plunger or armature, which opens or closes the valve.

York Solenoid Valve

 

Applications of Valve
York Solenoid Valve
York Relief Valve
York Relief Valve
4

Power industry
Many power plants generate electric power in steam plants that use fossil-fuel and high-speed turbines. Gate valves are the top choice for power plant on/off applications. Although other valves like the Y-pattern globe valves are sometimes used.


Water works
Water distribution requires relatively low-pressure levels and ambient temperatures. For this reason, different valve design elements that wouldn’t be found somewhere like a power plant, can be used for water works.


Offshore industry
Offshore production facilities and oil rigs have piping systems which contain a plethora of valves. These are built to a variety of specifications in order to handle all the flow control challenges.


Wastewater
Wastewater lines collect all the waste solids and fluids and direct them to the sewage treatment plant. Treatment plants feature low pressure piping and valves to carry out their work, and in many cases, the requirements for wastewater valves are much more lenient than the clean water requirements.


Oil and gas production
Gas and oil wells and their production facilities use many heavy-duty valves. Oil gushing hundreds of feet in the air are no longer like to occur, it does illustrate well the pressure of underground gas and oil.


Pipelines
While underground, pipelines are usually made conspicuous by signs, to prevent people digging or, if the pipe’s underwater from dropping an anchor in the wrong place. Many important valves are used in these pipes: for example, emergency pipeline shutoff valves are found at specific intervals in accordance with codes and law.


Commercial buildings
If you have ever paid attention to a commercial building being erected, you may notice the multitude of fluid arteries that go into its buildings. After all, every building needs water and electricity.

 

Valve Materials
 

Valve Material

Key Properties

Copper Valves

Excellent corrosion resistance, thermal and electrical conductivity, high ductility

Stainless Steel Valves

Corrosion-resistant, durable, able to withstand high pressures and temperatures, low maintenance

Carbon Steel Valves

High strength-to-weight ratio, corrosion-resistant, tensile strength, low cost

Cast Iron Valves

High durability, excellent corrosion resistance, thermal stability, cost-effective

Bronze Valves

High strength, machinability, corrosion resistance, resistance to chemicals

 

Common Valve Connections And Ends

Screwed or Threaded

Often used in instrument connections or sample points.

01

Flanged

The most common ends for piping use.

02

Butt Welded

Typically used in high-pressure or high-temperature operations.

03

Socket Welded

Commonly used on small bore piping where threaded connections are not permitted.

04

Wafer and Lug

Often used for compact valves installed in systems with limited space.

05

 

Ordering Process
 
Carrier Solenoid Valve

Inquiry
First, we aim to get a better understanding of your project and what type of valve you are looking for. We consider how it integrates with your device, its role, and the functional purpose it serves.

 

Proposal
With a solid understanding of your project and needs, we compile a commercial proposal for your evaluation.

 

Prototype tooling
Once you’ve given us the go-ahead, we come to action. The mold is further detailed and scheduled for manufacturing in our toolshop and the molding process is established. We keep a close eye on the schedule, ensuring the prototypes come to you in a timely fashion.

 

Testing and validation
Once the first samples are done, we test them to confirm they perform as expected. Then, we send them to you for your own device testing and evaluation. Subsequently, we review our findings together.

 

Serial production
At each stage, form proto to production tooling, our process includes the application of stringent instruments and procedures to assure the expected output.

 

Packaging and Shipping
 

Packaging

Wooden cases and cartons and so on

Shipping

UPS, DHL, FeDex, Sea and air freight, etc

 

 

Our Factory

 

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FAQ

 

Q: What is an industrial valve?

A: Industrial valves can be defined as the devices which enable the regulation of the flow of liquids, gases, as well as slurries. This regulation of the flow can be achieved via opening, closing, and partially obstructing the connected pipe or passageway.

Q: What are the fundamentals of a valve?

A: Regardless of type, all valves have the following basic parts: the body, bonnet, trim (internal elements), actuator, and packing.

Q: How do I know which valve to use?

A: Media Type.
Application Conditions.
Valve Function.
Actuation Method.
Maintenance Requirements.

Q: What is the simplest valve design?

A: The screwed joint is the simplest design. However, it is only used for inexpensive, low-pressure bronze valves. The union joint is also primarily used on bronze valves, but the union design allows for easier disassembly for repair and maintenance.

Q: What is the best method to clean valves?

A: Steps: Use a solvent (like brake cleaner or carburetor cleaner) to soak the valves. - Scrub the valves with a stiff brush or cloth until the sludge is removed. - Wipe down with a clean cloth to remove any leftover solvent.

Q: How to tell if valves need to be replaced?

A: Noises such as rattling or a scratching sound coming from the engine can indicate problems with the valves. A too large or to small valve clearance can be acoustically observed and corrected by adjustment of the valve rockers.

As one of the leading valve manufacturers and suppliers in China, we warmly welcome you to buy high quality valve for sale here from our factory. Good service and competitive price are available.

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