A rolling diaphragm company with high production standards, which uses 1/2 rubber and the connecting rod shaft is made of 304 stainless steel, making installation and maintenance convenient.
Firstly, you can debug the pressure, liquid level, and fixed bracket of the gas source. Then, you can enter between pneumatic diaphragm pumps, electric motors, or pneumatic diaphragm pumps, using compressed air or natural gas as power.
Firstly, it can also target the water pump and gas pipeline system, so that the pump has a high pressure perpendicular to the delivery mode of the pump and the outlet pressure.
The purpose is not to need irrigation and water diversion, which can be used as the power of settling flow and Submersible pump, and also as a leakage device for supply.
The flow is spacious and the passing performance is good, allowing the maximum particle diameter to reach 10mm. When pumping mud and impurities, there is minimal wear on the pump;
● Canned pump, Submersible pump, diaphragm pump, connection pump, mud pump, canned pump, Submersible pump, etc.
● Check valve, ball valve, base, actuator (head cover, butterfly valve), rotor pump, check valve, diaphragm valve, vacuum pump, magnetic drive pump, etc.
International standard voltage: AC (05,), 15, 3, higher voltage: 07 380, 220, 110, 24, 200, 62, 100.
Performance: Based on medium, temperature, liquid level, size, part, viscosity, chemical, chemical, HVAC, and liquid discharge.
The submerged fluorine lined diaphragm valve is a special form of block valve, which has the following characteristics: opening, closing, and blowing: submerged fluorine lined diaphragm valve. The diaphragm valve is separated by steel, aluminum alloy, cast iron, stainless steel (1, 2) diaphragm, and plastic diaphragm, forming a chamber.
Reciprocating pneumatic diaphragm valve purpose 1: Before installing the diaphragm valve, carefully check whether the operating conditions of the pipeline are consistent with the specified scope of application of this valve, and clean the inner chamber to prevent dirt from blocking or damaging the sealing components. 2. The rubber lining layer and the surface of the rubber diaphragm should not be coated with oil or grease to prevent rubber swelling and affect the service life of the diaphragm valve. When manually operating the diaphragm valve, do not use an auxiliary lever to prevent excessive torque from damaging the driving components or sealing parts. 4. When operating the diaphragm valve, do not use an auxiliary lever to prevent excessive torque from damaging the driving components or sealing parts.
The flow characteristic of the diaphragm valve is close to the fast opening characteristic, which is approximately linear before 60% of the stroke, and the flow rate changes little after 60%.
It is also necessary to consider the diameter, medium temperature, and installation method of the diaphragm valve to extend its service life.