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The stainless steel sanitary respirator valve is a valve designed for the sanitary industry. It has a precise pressure control function and can automatically adjust when the air pressure inside and outside the tank changes, ensuring the balance of air pressure inside and outside the container to avoid damage to the container. The stainless steel sanitary respirator valve is usually installed on the top or side pipes of the storage tank, reactor or tank body, especially where it is necessary to prevent the imbalance of air pressure inside and outside the container, and is generally connected to the air intake or exhaust pipe. Common types of stainless steel sanitary respirator valves include: automatic respirator valve, manual respirator valve, pressure differential respirator valve, and anti-pollution respirator valve.
JONENG
8421219990
Stainless Steel Sanitary Welding Respirator Valve For Beverages
The design of the stainless steel sanitary respirator valve is mainly to deal with the imbalance of air pressure inside and outside the container during the production process, and to avoid equipment damage or product contamination caused by air pressure differences. It ensures that the container can smoothly adjust the pressure during the inflation or exhaust process to prevent the container from being contaminated or damaged due to the entry of external air or the escape of internal gas. At the same time, the sanitary design of the valve prevents any accumulation of substances and avoids affecting the purity of the product, especially in the fields of food, medicine and biotechnology, it ensures safe operation and product quality control under high hygiene standards.
Working Principles
The working principle of stainless steel sanitary respirator valve is to automatically adjust the pressure balance inside and outside the container through the principle of air pressure difference. When the air pressure inside the container fluctuates due to temperature changes or gas flow, the spring or diaphragm in the valve automatically opens or closes according to the air pressure difference, releasing or inhaling air to balance the pressure. If the internal air pressure is higher than the external pressure, the valve releases excess gas; if the air pressure is lower than the external pressure, the valve inhales air. Using stainless steel sanitary respirator valve can prevent external contaminants from entering the container and ensure product hygiene.
Common options for stainless steel sanitary respirator valves include:
Filter function: prevent contaminants from entering the container.
Automatic or manual operation: select automatic or manual control as needed.
Pressure setting: adjustable pressure opening and closing points.
Explosion-proof design: suitable for high-risk environments.
Material selection: different grades of stainless steel, such as 304 or 316L, can be selected to meet different hygiene standards.
Specification Chart
Size | 3”- 4” |
Material | SS304, SS316L |
Seals | EPDM, PTFE |
Mx. Pressure | 0 – 10 bar |
Max. temperature | - 20°C ~ 130°C |
End connections | tri clamp, welding |
Features
● The stainless steel sanitary respirator valve adopts dynamic sealing technology, which ensures that the sealing is not affected even if there are slight air pressure fluctuations during the operation of the valve.
● The stainless steel sanitary respirator valve is equipped with an adjustable pressure setting, which can adjust the pressure opening and closing points according to the specific application requirements.
● The stainless steel sanitary respirator valve adopts an anti-static design inside, which reduces the risk caused by static electricity accumulation, especially suitable for environments with flammable and explosive gases.
● The stainless steel sanitary respirator valve adopts a fully welded sealing structure to avoid the leakage problem at the traditional threaded connection.
● The surface of the stainless steel sanitary respirator valve adopts anti-corrosion coating technology, such as PVD coating, which enhances the corrosion resistance of the valve in extreme environments.
● The stainless steel sanitary respirator valve adopts a low-noise valve design, which can reduce the noise generated when the gas flows, especially in the case of high-speed airflow and large pressure fluctuations.
Application
Stainless steel sanitary respirator valves are widely used in the following industries: Food processing industry: keep the container pressure stable and prevent pollution. Pharmaceutical industry: ensure a sterile environment and avoid external contamination. Chemical industry: adjust the air pressure to protect the container from overpressure or vacuum damage. Biotechnology: Keep the air inside the container flowing to avoid bacterial growth. Beverage industry: Prevent unstable air pressure during packaging to ensure quality. Dairy processing: Prevent external contaminants from entering to ensure sanitary conditions. Drinking water treatment: Ensure pressure balance to prevent damage to the pipeline system.
Working Principles
The working principle of stainless steel sanitary respirator valve is to automatically adjust the pressure balance inside and outside the container through the principle of air pressure difference. When the air pressure inside the container fluctuates due to temperature changes or gas flow, the spring or diaphragm in the valve automatically opens or closes according to the air pressure difference, releasing or inhaling air to balance the pressure. If the internal air pressure is higher than the external pressure, the valve releases excess gas; if the air pressure is lower than the external pressure, the valve inhales air. Using stainless steel sanitary respirator valve can prevent external contaminants from entering the container and ensure product hygiene.
Common options for stainless steel sanitary respirator valves include:
Filter function: prevent contaminants from entering the container.
Automatic or manual operation: select automatic or manual control as needed.
Pressure setting: adjustable pressure opening and closing points.
Explosion-proof design: suitable for high-risk environments.
Material selection: different grades of stainless steel, such as 304 or 316L, can be selected to meet different hygiene standards.
Specification Chart
Size | 3”- 4” |
Material | SS304, SS316L |
Seals | EPDM, PTFE |
Mx. Pressure | 0 – 10 bar |
Max. temperature | - 20°C ~ 130°C |
End connections | tri clamp, welding |
Features
● The stainless steel sanitary respirator valve adopts dynamic sealing technology, which ensures that the sealing is not affected even if there are slight air pressure fluctuations during the operation of the valve.
● The stainless steel sanitary respirator valve is equipped with an adjustable pressure setting, which can adjust the pressure opening and closing points according to the specific application requirements.
● The stainless steel sanitary respirator valve adopts an anti-static design inside, which reduces the risk caused by static electricity accumulation, especially suitable for environments with flammable and explosive gases.
● The stainless steel sanitary respirator valve adopts a fully welded sealing structure to avoid the leakage problem at the traditional threaded connection.
● The surface of the stainless steel sanitary respirator valve adopts anti-corrosion coating technology, such as PVD coating, which enhances the corrosion resistance of the valve in extreme environments.
● The stainless steel sanitary respirator valve adopts a low-noise valve design, which can reduce the noise generated when the gas flows, especially in the case of high-speed airflow and large pressure fluctuations.
Application
Stainless steel sanitary respirator valves are widely used in the following industries: Food processing industry: keep the container pressure stable and prevent pollution. Pharmaceutical industry: ensure a sterile environment and avoid external contamination. Chemical industry: adjust the air pressure to protect the container from overpressure or vacuum damage. Biotechnology: Keep the air inside the container flowing to avoid bacterial growth. Beverage industry: Prevent unstable air pressure during packaging to ensure quality. Dairy processing: Prevent external contaminants from entering to ensure sanitary conditions. Drinking water treatment: Ensure pressure balance to prevent damage to the pipeline system.
