The rubber diaphragm is square or circular in shape, with a specially burned surface and a liquid set according to pressure. The liquid flows rapidly under the pressure design, achieving the purpose of deceleration and pressure control. Artificial additives are added to the rubber to improve the chemical resistance and toughness of the diaphragm. Artificial additives are added to the rubber to improve the chemical resistance and toughness of the diaphragm.
The rubber diaphragm is square or circular, and has a certain lifespan. The rubber diaphragm can transport high-quality rubber diaphragm, and has the advantages of convenient transportation, installation, and maintenance, as well as low energy consumption.
It adopts a diaphragm made of soft sealing materials such as rubber or plastic, which has good sealing performance. As the diaphragm is a vulnerable component, it should be replaced regularly according to the characteristics of the medium.
The electrostatic diaphragm is a moving column, and under the action of atmospheric pressure, the dust particles are stretched to the external filter type. Controlled by the instrument transmission mechanism, it smoothly and reliably moves towards the displacement circle, displaying a specific stroke such as rotation and pulling plate.
This system adopts a food grade natural polypropylene lining, made of epoxy resin (PP) and non-woven fabric, which is resistant to various media and has high and low pressure resistance. A larger characteristic.
The compressed air of this device is the pressure value, and the medium is working. There is no need to add additional air because the volumetric structure needs to be integrated.
Typical core components of tracheal rubber diaphragm: Rubber diaphragm is mainly used for valves, regulating valves, and automatic machinery for flow, pressure, differential, liquid level, constant temperature volume thermal compensation, etc.
The application scope of domestic water supply pump mainly includes Small appliance, production line pipe 12 solenoid valve, frequency conversion control cabinet 12 solenoid valve, automatic temperature control cabinet 12 solenoid valve, throttling element 4-20 solenoid valve, aCS purpose (HA type), diversion and frequency conversion.
If the steam is corrosive and turbulent, the outlet pressure of the pressure regulating valve cannot reach the specified value, and each pump is checked for conformity before leaving the factory. Therefore, it is not guaranteed that the gas nozzle joint surface of each pump will stop gas in a timely manner before leaving the factory.
The sewage pump divides various pumps into mechanical and gas pushing parts. The mechanical pulling part initially has two gas chambers, which drive four pumps and cause the diaphragm to move back and forth. At the same time, it drives the valve to move the rubber diaphragm back and forth.
When the turbine is used, the oxygen supply to the pump and the pressure gauge are matched with flow holes. The diaphragm pump drives the valve core to move back and forth, causing the pump to move the diaphragm back and forth. When pressurized, the feed pump receives an expansion pressure signal, which can achieve remote control.
The volume size should be determined by the volume, and the pump body is generally divided into 32, 64, and 96. 90, 100, 125, 150, 155.
