Domestic low-pressure LPG regulators play a key role in achieving filtration and regulation, which helps ensure that the gas supplied to household appliances in the pipe system is clean, stable and safe. The following is a detailed explanation of how a household low-pressure LPG regulator achieves filtration and regulation:

Filter function:

Household low-pressure LPG  gas regulators are usually equipped with filters, whose main function is to filter impurities and solid particles in the gas to ensure that the gas supplied to household appliances is clean. Filters are usually composed of microporous filter elements, which can effectively capture dust, moisture, grease and other impurities in the air, thereby improving the purity and cleanliness of the gas.

The function of the regulator:

Household low-pressure LPG gas regulators will also be equipped with a regulator, whose main function is to regulate the gas flow and pressure entering the pipeline system to ensure the stability and reliability of gas supply. Regulators usually include components such as valves, adjusting rods, and springs. By adjusting and controlling these components, the regulator can accurately control the flow and pressure of gas to meet the needs of household appliances.

How the filter works:

The filter is usually installed at the air inlet of the pressure regulator. When the liquefied petroleum gas is released from the cylinder and enters the pressure regulator, it will first be filtered through the filter. The microporous filter element in the filter can effectively capture impurities and solid particles in the air, making the gas clean and pure. The gas treated in this way enters the pressure regulator for pressure regulation and control to ensure that the gas supplied to household appliances is safe and reliable.

How the regulator works:

The regulator is usually installed behind the filter. After the gas passes through the filter, it enters the regulator to adjust the flow and pressure. The regulator contains components such as valves, adjusting rods, and springs. By adjusting and controlling these components, the regulator can accurately control the flow and pressure of gas to keep it within a safe range. When the gas pressure in the pipeline system exceeds the set range, the regulator will automatically adjust the opening and closing of the valve to keep the gas pressure in the pipeline system stable.