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CO2 Valve

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CO2 Valve

Carbon dioxide valve is a key equipment used to control carbon dioxide fire extinguishing systems, with excellent sealing performance and reliable operational performance. Carbon dioxide valves can accurately control the release of carbon dioxide extinguishing agents, effectively extinguish fire sources, and protect people's lives and property safety.

Provide High-Quality Firefighting Equipment

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Specifications

  • CY03-002A
    CY03-002A
    CY03-002A

    Inlet Thread:  PZ27.8x14

    Outlet Thread: G21.7x14

    Dip Tube Thread: G1/4-19

    Pressure Mpa: 18-22

  • CY03-003A
    CY03-003A
    CY03-003A

    Inlet Thread:  PZ27.8x14

    Outlet Thread: G21.7x14

    Dip Tube Thread: G1/4-19

    Pressure Mpa: 18-22

  • CY03-004D
    CY03-004D
    CY03-004D

    Inlet Thread:  PZ27.8x14

    Outlet Thread: NPT3/8x18

    Dip Tube Thread: M10x1

    Pressure Mpa: 18-22

  • CY03-006A
    CY03-006A
    CY03-006A

    Inlet Thread:  PZ27.8x14

    Outlet Thread: G21.7x14

    Dip Tube Thread: M10x1

    Pressure Mpa: 18-22

  • CY03-006A1
    CY03-006A1
    CY03-006A1

    Inlet Thread:  PZ27.8x14

    Outlet Thread: G21.7x14

    Dip Tube Thread: M10x1

    Pressure Mpa: 18-22

  • CY03-009A
    CY03-009A
    CY03-009A

    Inlet Thread:  PZ27.8x14

    Outlet Thread: G21.7x14

    Dip Tube Thread: G1/4x19

    Pressure Mpa: 18-22

  • CY03-011B
    CY03-011B
    CY03-011B

    Inlet Thread:  PZ27.8x14

    Outlet Thread: G21.7x14

    Dip Tube Thread: M10x1

    Pressure Mpa: 18-22

  • CY03-011C
    CY03-011C
    CY03-011C

    Inlet Thread:  PZ27.8x14

    Outlet Thread: G21.7x14

    Dip Tube Thread: M10x1

    Pressure Mpa: 18-22

  • CY03-011E
    CY03-011E
    CY03-011E

    Inlet Thread:  PZ27.8x14

    Outlet Thread: G21.7x14

    Dip Tube Thread: M10x1

    Pressure Mpa: 18-22

  • CY03-014E
    CY03-014E
    CY03-014E

    Inlet Thread:  PZ25.4x14

    Outlet Thread: M22x1.5

    Dip Tube Thread: M10x1

    Pressure Mpa: 18-22

  • CY03-015C
    CY03-015C
    CY03-015C

  • CY03-017A
    CY03-017A
    CY03-017A
About Us
Shaoxing Newidea Fire Safety Equipment Co., Ltd.
Shaoxing Newidea Fire Safety Equipment Co., Ltd.

Founded in 2003, Shaoxing Newidea Fire Safety Equipment Co., Ltd. is located in Moushan Intersection of the Hangzhou-Ningbo Expressway, which have convenient transportation and good environment.


The company specializes in designing and manufacturing various extinguisher valves. We have advanced equipment and abundant technicians and have received the ISO9001 & CE certificate. Our annual productive capacity of high quality valves is 35,000,000 sets. Most of our products have been exported to European, North American and Asian countries. We got reputations from our vast customers both in China and abroad.


Our managing principle is "Customers' Interest Utmost, Quality is in the Lead". We wholeheartedly provide customers with first-class, safe and reliable products and superior service. We pay due contribution for the development of the fire-fighting career and the safe-guarding of the people's life and property.

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  • 20130611103451579-new idea sep
  • 20130611103559065-New Idea
  • 20130611111252057-test report
  • 20130617082509306-C1
  • Certificate of compliance Rev
  • CO2 VALVE
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    CY01-005A1

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  • CY01-006G
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    Inlet Thread: M30x1.5 Outlet Thread: G1/8x28 Gauge Connection Thread: M10x1x12.5 Dip Tube Thread: M16x1.5 Pressure Mpa: 2.3-2.8 Check Valve: Valve core

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  • CY02-002R1
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  • CY02-006L
    CY02-006L

    Inlet Thread: M30x1.5 Outlet Thread: M14x1.5 Gauge Connection Thread: 1/8NPT Dip Tube Thread: M16x1.5 Pressure Mpa: 2.3-2.8

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  • CY02-006M4
    CY02-006M4

    Inlet Thread: M30x1.5 Outlet Thread: G1/4x19 Gauge Connection Thread: M10x1 Dip Tube Thread: M16x1.5 Pressure Mpa: 2.3-2.8

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  • CY02-009D
    CY02-009D

    Inlet Thread: M30x1.5 Outlet Thread: G1/4x19 Gauge Connection Thread: NPT1/8-27 Dip Tube Thread: M16x1.5 Pressure Mpa: 2.3-2.8 Check Valve: Valve core

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  • CY02-018I2
    CY02-018I2

    Inlet Thread: M45x1.5 Outlet Thread: M16x1.5 Gauge Connection Thread: M10x1x12.5 Dip Tube Thread: M16x1.5

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  • CY02-019B1
    CY02-019B1

    Inlet Thread: M50x2 Outlet Thread: G1/4x19 Gauge Connection Thread: M10x1x12.5 Dip Tube Thread: M15x1 Check Valve: Valve core

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  • CY02-051A
    CY02-051A

    Inlet Thread: G2x11 Outlet Thread: G1/2x14 Gauge Connection Thread: M10x1x12.5 Dip Tube Thread: G1/2x14 Pressure Mpa: 2.3-2.8

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INDUSTRY KNOWLEDGE EXTENSION
How does a CO2 valve work?
The CO2 valve is a device used to control the flow of carbon dioxide (CO2) gas. Its working principle is basically to regulate the flow of gas by controlling the opening and closing of the valve.
Valve structure: CO2 valves usually consist of a valve body, a valve core, a valve seat and a control device. The valve body is the shell of the valve, the valve core is the movable part inside the valve, the valve seat is the sealing position of the valve core, and the operating device is usually used to manually or automatically control the opening and closing of the valve.
Control signal: CO2 valves are usually affected by a control signal, which can be a feedback signal from a manual operation, an automatic control system, or other sensors. Changes in the signal will cause the valve's opening and closing to be adjusted.
Valve opening and closing: According to the control signal, the valve core will open or close accordingly. When the valve core is closed, a seal is formed between the valve seat and the valve core, preventing the flow of CO2 gas. When the spool is open, gas can flow through the valve.
Flow control: By adjusting the opening and closing of the valve, the flow of CO2 gas can be accurately controlled. A larger opening allows more gas to flow through, while a smaller opening limits the flow. This makes CO2 valves ideal for regulating and controlling gas flow to meet specific industrial or experimental needs.
The working principle of a CO2 valve involves controlling the opening and closing of a valve core, thereby regulating the flow of gas. This is important for many applications including industry, refrigeration and laboratory experiments. Different types of CO2 valves may have different structures and control methods, but their basic principles are similar.
What are the uses of CO2 valves?
A CO2 valve is a device used to control the flow of carbon dioxide (CO2) gas and has a variety of uses, usually involving the following:
Control gas pressure: CO2 valves can be used to control the pressure of CO2 gas to ensure it remains within a safe and controllable range in pipes or containers.
Injection systems: CO2 valves are commonly used in industrial processes to inject CO2 gas into a variety of systems, such as food and beverage processing, greenhouse gas control, fire protection systems, etc.
Firefighting systems: CO2 valves are used in firefighting systems to release CO2 gas to extinguish fire sources because CO2 can inhibit the oxygen supply to the flame.
Food and Beverage Processing: CO2 valves can be used to inject CO2 gas into beverages, beer, carbonated drinks and other products to provide the desired bubbles and mouthfeel.
Greenhouse gas control: In greenhouses, CO2 valves can be used to manage the concentration of CO2 gas to promote plant growth.
Laboratory and scientific research applications: CO2 valves can be used in laboratory equipment to control experimental conditions and environment.
Gas Storage and Delivery: CO2 valves can also be used to store and deliver CO2 gas for use in a variety of applications.
In summary, CO2 valves play a key role in multiple industries and applications, used to manage and control the flow and pressure of CO2 gas to meet specific needs and safety requirements.