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Low pressure carbon dioxide valve Company

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Specifications

  • PVA10001
    PVA10001
    PVA10001
  • 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



Low pressure carbon dioxide valve Supplier

The low-pressure carbon dioxide valve serves as a critical component within low-pressure carbon dioxide fire extinguishing systems, designed to efficiently suppress fires in various environments. Engineered to endure low-pressure conditions characteristic of carbon dioxide-based suppression systems, this valve plays a pivotal role in the controlled release of carbon dioxide into protected areas, displacing oxygen and swiftly extinguishing fires. With a focus on safety, the valve  incorporates pressure relief features to prevent overpressurization, aligning with industry standards and regulations.
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 a professional China OEM Low pressure carbon dioxide valve Supplier and ODM Low pressure carbon dioxide valve Company, 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
  • Declaration of conformity Rev
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Low pressure carbon dioxide valve Industry Knowledge Extension

During the fire extinguishing process, how does the low pressure carbon dioxide valve replace the oxygen in the protected area?
During the fire extinguishing process, the low pressure carbon dioxide valve plays a vital role. It is responsible for accurately controlling the release of carbon dioxide to effectively replace oxygen in the protected area to achieve the purpose of extinguishing the fire. This process not only involves the principle of gas replacement in physics, but also needs to consider many aspects such as fire extinguishing efficiency, safety and environmental adaptability.
First, when a fire occurs, the fire detection system or manual operation will trigger the opening of the low pressure carbon dioxide valve. The valve responds quickly to precisely regulate the rate at which carbon dioxide is released from the storage vessel, based on the system's preset pressure and flow parameters. This process needs to ensure that carbon dioxide enters the protected area in a stable and controlled manner, both to achieve fire extinguishing effects and to avoid overpressure or other safety hazards.
As carbon dioxide enters the protected area, because it is denser than air, it quickly sinks and spreads throughout the space. During this process, carbon dioxide is replaced with the air and oxygen in the protected area. Since carbon dioxide does not support combustion, as its concentration increases, the oxygen content in the protected area gradually decreases, effectively inhibiting the spread of fire.
At the same time, the release of carbon dioxide also brings a cooling effect. Because carbon dioxide absorbs heat during release, this helps lower the temperature around the fire, further controlling the fire. This cooling effect combined with oxygen replacement constitutes the highly efficient fire extinguishing mechanism of the low pressure carbon dioxide fire extinguishing system. During the entire fire extinguishing process, precise control of the low pressure carbon dioxide valve is crucial. It needs to adjust the release amount and flow rate of carbon dioxide in real time according to the actual fire situation and the preset parameters of the system. This requires valves to be highly sensitive and reliable to ensure quick and accurate response in emergencies.
In addition, low pressure carbon dioxide valves also need to consider environmental adaptability. Since fire extinguishing systems may be deployed in various environments, such as high temperature, high humidity, corrosion and other harsh conditions, valves need to have good weather resistance and corrosion resistance to ensure their long-term stable operation.
To sum up, low pressure carbon dioxide valves play a key role in the fire extinguishing process. It achieves the purpose of extinguishing fire by precisely controlling the release of carbon dioxide and effectively replacing oxygen in the protected area. At the same time, valves also need to have a high degree of safety and reliability to adapt to various complex and harsh fire-fighting environments.