Aluminum Diaphragm Pump

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Loading Port:: China Main Port

Payment Terms:: TT or LC

Min Order Qty:: 1 unit unit

Supply Capability:: 1000 Per Month unit/month

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Details for Aluminum Diaphram Pump

1, Package and delivery of Aluminum Diaphram Pump

1) Packed with standard exporting wooden case, requested package will be acceptable.

2) Delivery date will be within 30 days after receiving the prepayment.

2, Technical specification of Aluminum Diaphram Pump

1) Connector type:2”.3”

2) Casing material:Aluminum alloy and stainless steel.

3) Max pressure psi(bar):100(6.9).

4) Max diameter of Suspended solid in(mm): 1/4" (6.4) PP20A; 3/8" (9.5) PP30A.

3, Model and specs details of Aluminum Diaphragm Pump.

	PDP-8	PDP-10/15	PDP-20/25	PDP-25A	PDP-32/40	PDP-50/65	PDP-80/100	PDP-125
Caliber ( mm)	8	10/15	20/25	25	32/40	50/65	80/100	125
Fluid flow ( m³/h)	0~1	0~1	0~3	0~7	0~9	0~21	0~34	0~60
Pressure ( bar)	7	7	7	8.4	8.4	8.4	8.4	8.4
Head ( m)	50	50	70	70	70	70	70	70
MAX. air consumption ( scfm)	9.0	9.0	28	60	60	125	175	325

4, The advantages about our Powder Diaphram Pump

1) Four bolts connection with very round ball, well seal and good dry suction. The actual dry suction can reach to 4~7m.

2) High roundness valve ball for use the ball mill machine.

3) Three section manifold, Flexible installation and even can simultaneously convey two different liquids.

4) Longer diaphragm life. Diaphragm material from Dopont, Exxon.

5) Pilot type air valve, low maintenance, low air consumption, so the using cost is low.

6) Wetted body: PPH, PVDF, SS304, SS316, Aluminum etc.

7) Diaphragm: PTFE, Hytrel, Santoprene, Viton etc.

Q: Can an air pump be used for filling up air mattresses?: Indeed, air mattresses can be filled up using an air pump. These devices are specifically engineered for the purpose of inflating diverse inflatable objects, such as air mattresses. They offer a practical and effective means of rapidly and effortlessly infusing air into air mattresses.

Q: Can an air pump be used for inflatable pools or water toys?: Yes, an air pump can be used to inflate inflatable pools or water toys.

Q: Can an air pump be used for inflating air-filled gym equipment?: Indeed, air pumps have the capability to inflate gym equipment that requires air. Inflating an array of air-filled objects, including exercise balls, air mattresses, and inflatable exercise mats, is a common application for air pumps. Typically, the air pump is equipped with diverse nozzle attachments that can accommodate different valve sizes, facilitating the effortless inflation of various gym equipment. It is crucial to verify that the air pump possesses both the suitable pressure capacity and nozzle attachment to adequately fit the particular gym equipment that is being inflated.

Q: Can an air pump be used for inflating sports balls?: Indeed, sports balls can be inflated using an air pump. It is customary to employ air pumps for inflating diverse kinds of sports balls, including soccer balls, basketballs, footballs, and volleyballs. Typically, these pumps are equipped with various attachment nozzles to accommodate the different valve sizes of these balls. By affixing the suitable nozzle to the air pump, one can effortlessly inflate sports balls to the desired pressure. Air pumps serve as handy, portable, and effective tools for upholding adequate inflation in sports balls, guaranteeing peak performance during games and practice sessions.

Q: What's the difference between an air pump and a cylinder?: The air pump is used to carry the gas. The cylinder is used to compress the gas. An air pump is a device in which the cylinder is a component. The cylinder can be used as an air pump, but the air pump does not necessarily have to be made of cylinders.

Q: Can an air pump be used for inflating air-filled kites?: Yes, an air pump can be used for inflating air-filled kites.

Q: Can an air pump be used for aeration in wastewater treatment plants?: Yes, an air pump can be used for aeration in wastewater treatment plants. Aeration is a crucial process in wastewater treatment that involves the introduction of oxygen to support the growth of beneficial bacteria and facilitate the breakdown of organic matter. Air pumps, such as diffused aeration systems, are commonly used to inject air into the wastewater, providing the necessary oxygen for aerobic bacteria to thrive and effectively treat the wastewater.

Q: How does an air pump handle varying air densities?: An air pump is designed to handle varying air densities by adjusting its operating parameters to accommodate the changes. Air density can vary due to factors such as temperature, altitude, and humidity, which affect the pressure and mass of the air. To handle varying air densities, an air pump utilizes various mechanisms such as adjustable intake and discharge valves, variable speed motors, and pressure sensors. These components work together to ensure that the air pump can efficiently compress or move air regardless of its density. The adjustable intake and discharge valves allow the air pump to control the flow rate and pressure of the air being pumped. By adjusting these valves, the air pump can compensate for changes in air density and maintain optimal performance. For example, in high-altitude environments where the air density is lower, the intake valve can be adjusted to allow more air into the pump, ensuring sufficient compression. Variable speed motors are another crucial component that enables an air pump to handle varying air densities. By adjusting the speed of the motor, the air pump can increase or decrease the pumping capacity to match the changes in air density. This ensures that the pump can deliver the required airflow and pressure regardless of the surrounding conditions. Additionally, pressure sensors play a vital role in handling varying air densities. These sensors continuously monitor the pressure inside the pump and provide feedback to the control system. Based on this feedback, the control system can make necessary adjustments to maintain consistent performance. For instance, if the air density decreases due to a rise in temperature, the pressure sensor will detect the change and prompt the air pump to increase its speed or adjust the valves to maintain the desired pressure. In summary, an air pump handles varying air densities by utilizing adjustable intake and discharge valves, variable speed motors, and pressure sensors. These components work together to ensure that the pump can efficiently compress or move air, regardless of changes in temperature, altitude, or humidity. By adapting its operating parameters, an air pump can maintain optimal performance and deliver the required airflow and pressure in any given environment.

Q: Can an air pump be used for inflating life vests?: Certainly, life vests can be inflated using an air pump. In fact, it is highly recommended as the optimal approach to guarantee proper inflation and readiness for use. By employing an air pump, a regulated and consistent stream of air is delivered, facilitating the inflation process of life vests to their required buoyancy and safety levels. Moreover, the utilization of an air pump minimizes the likelihood of over-inflation, which has the potential to harm the life vests. Therefore, it is essential to employ a pump that is compatible with the valve mechanism on the life vests, ensuring a secure and efficient inflation procedure.