Stainless Steel Sanitary High Pressure Quick-install PTFE Respirator For Food

The working principle of the stainless steel sanitary respirator is based on the dual mechanism of pressure balance regulation and high-efficiency filtration. When the liquid level changes or the temperature fluctuates inside the closed tank or pipeline system, the internal pressure will increase or decrease. If the internal pressure is higher than the external pressure, the exhaust valve of the respirator will automatically open, and the excess gas will be discharged through the high-efficiency filter element to prevent the tank from deforming or leaking due to overpressure; if the internal pressure is lower than the external pressure, the atmosphere enters the respirator through the air inlet and passes through the precision filter to remove microorganisms, dust and other pollutants to ensure the cleanliness of the incoming gas, while replenishing the air pressure in the tank to prevent the formation of vacuum negative pressure.

The options for stainless steel sanitary respirators are as follows:

Filter material: PTFE, PP, glass fiber, stainless steel sintered mesh, etc., with different filtration precisions.

Interface mode: quick installation, welding, threaded, flange connection, suitable for different pipeline systems.

Breathing direction: one-way intake, one-way exhaust, two-way breathing, different ventilation modes can be selected.

Fire-blocking device: optional fire-blocking net, suitable for flammable media environment.

Sterilization method: supports online steam sterilization or chemical disinfection.

Pressure setting: different opening pressures can be selected to match different process requirements.

Surface treatment: mirror polishing, electrolytic polishing, sandblasting, to meet different hygiene standards.

• The stainless steel sanitary respirator adopts a precisely calculated airflow channel and an automatic pressure compensation mechanism, which enables the respirator to respond quickly to pressure changes and avoid turbulence or secondary contamination of particles caused by sudden changes in airflow.
• The filter element of the stainless steel sanitary respirator adopts a nano-scale porous membrane structure, which can achieve high-efficiency filtration at extremely low pressure differences, reduce the impact on the internal pressure stability of the tank, and improve the sensitivity of the respirator.
• The stainless steel sanitary respirator adopts a special inner cavity design to prevent condensed water from accumulating on the surface of the filter element under low temperature conditions, avoiding the decrease in ventilation capacity or microbial growth caused by water blockage.
• The stainless steel sanitary respirator uses a two-way fluid path design to automatically perform forward and reverse airflow flushing when the tank air pressure fluctuates, reducing filter element blockage, increasing service life, and reducing maintenance frequency.
• The stainless steel sanitary respirator adopts laser welding and integral molding technology to avoid the micro-crack problem of traditional welding points, improve the hygiene level, prevent bacteria from hiding, and enhance the pressure resistance and sealing of the overall structure.
• The stainless steel sanitary respirator filter frame adopts a combination of polymer materials and stainless steel with matching thermal expansion coefficients, which can maintain a stable size structure in high and low temperature environments.

Stainless steel sanitary respirators are widely used in the following industries: Food and beverage industry: ensure the sterility of food storage environment and prevent external contamination. Pharmaceutical industry: ensure the sterility of drug storage and prevent microbial contamination. Biological fermentation industry: maintain the cleanliness of gas in the fermentation tank to avoid contamination. Cosmetic industry: prevent microbial contamination during the storage of cosmetics. Fine chemical industry: protect chemical storage tanks to prevent oxidation and contamination. Dairy industry: keep the dairy storage environment clean and avoid contamination. Oil processing industry: ensure the air tightness of storage tanks to prevent oxidation damage.