Electric Diaphragm Pump

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Electric Diaphragm Pump

Product description:

This series of diaphragm pump is a latest model now at home. It is suitable for various corrosive,highly viscid, volatile, inflammable, explosive and virulent liquid, liquid containing grains, enamel slurry, mashed fruit and glue, and can pump completely in the recovery of bottom oil in oil tankers and temporary tank emptying etc. Its performance parameters are close to Germany WLLDENPUMPS and US MARIOWPUMPS. The flow components in pump body are made of stainless steel, aluminum alloy or cast iron. Diaphragm can be made of NBR, VITON, CR or PTFE according to different liquid.

Pump Application:

Applicable to petroleum, chemical, ceramic, metallurgy industrials, take copy of USA ABEL company, operated at low pressure, below 3 bar.

1.kind of poisonous, flammable, volatile liquid.

2.strong acid, alkali, corrosive liquid.

3.high temperature media, up to 150deg.C.

4.increase pressure for filter press.

5.hot water recycle and circulation.

6.delivery oil for oil tank truck,oil storage.

7.suck pickled vegetables, sauce, mashed potato, chocolate,etc.

8.paint,gum,adhesive

9.mud slurry,cement, mortar.

10.rubber slurry, organic solvent, stuffing.

11.clearance sewage and balance oil for tanker, barge

12.beer, syrup, ferment food slurry

13.other special media

Technical Data:

Flow rate: up to 20 m³/h

Head: up to 30 m

Speed: max 1450 rpm

Temperature: max 150 °C

Casing pressure: up to 3 MPa

Shaft seal: mechanical sealing

Material: nodular iron, stainless steel, duplex

Q:Is the screw air compressor more energy efficient than the air pump?: Screw air compressor, in fact, that is what you call the air pump, air compressor is now called, before people call it the air pump! The screw opportunity is much more energy efficient than the piston machine! Less supplies!

Q:How does an air pump handle different inflation valve types?: Various adapters are included with an air pump, allowing it to handle different types of inflation valves. These adapters can be easily attached to the pump's nozzle. Each adapter is designed to fit a specific valve type, such as a Presta valve or a Schrader valve. When inflating an object with a particular valve type, the appropriate adapter is chosen and securely attached to the pump's nozzle. To inflate an object, the air pump's nozzle, with the adapter in place, is inserted into the valve of the object. Depending on the type of air pump, it can be operated either by manually pumping air or using an electric motor. The adapters are designed to ensure a tight and secure connection between the pump and the valve, allowing for efficient inflation. This versatility in handling different types of inflation valves makes an air pump a convenient tool for inflating a variety of objects, including bicycle tires, sports balls, inflatable mattresses, and more.

Q:Can an air pump be used for inflatable business signage?: Yes, an air pump can be used for inflatable business signage. In fact, it is one of the most common methods used to inflate and maintain the shape of inflatable signs. An air pump provides a steady flow of air into the signage, allowing it to stay inflated and attract attention. Additionally, using an air pump makes it easy to set up and take down the inflatable signage as needed.

Q:Can an air pump be used for hydroponics?: Yes, an air pump can be used for hydroponics. In hydroponic systems, air pumps are commonly used to provide oxygen to the roots of plants by introducing air into the nutrient solution. This helps promote healthier root growth and nutrient uptake, ultimately improving the overall health and productivity of the plants.

Q:The reason why the wagon pump does not inflate: The cushion of the air pump is damaged, the belt is slipping and broken, the rubber cushion of the non-return valve can not be opened by adhesion, and the air pressure safety valve is not opened back.

Q:What is the maximum temperature an air pump can handle?: The maximum temperature limit that an air pump can withstand differs based on the specific manufacturer and model. Nevertheless, air pumps are generally engineered to function within a temperature span from 32°F (0°C) to 100°F (38°C). Subjecting an air pump to temperatures beyond this range could potentially result in harm or malfunction. Therefore, it is crucial to refer to the manufacturer's specifications or user manual in order to ascertain the precise maximum temperature threshold for a given air pump model.

Q:What is the average price range for an air pump?: The average price range for an air pump typically falls between $10 and $50, depending on the brand, features, and quality.

Q:How does an air pump handle different types of hoses?: To handle different types of hoses, an air pump relies on a range of adapters and fittings. These components enable the air pump to establish connections with hoses of varying sizes and types. The initial step involves determining the specific type and size of the hose. This can be achieved by consulting the manufacturer's specifications or physically measuring the hose's diameter. Once the hose's type and size have been identified, the appropriate adapter or fitting is chosen. These adapters and fittings are available in diverse shapes and sizes to accommodate different hose types. For instance, there may be adapters designed for linking the pump to a standard garden hose, or fittings tailored for connecting to a smaller air hose commonly used in pneumatic tools. The selected adapter or fitting is then affixed to the air pump's outlet. Typically, this involves a threaded connection that guarantees a secure and airtight seal. On the other end of the adapter or fitting, there is a design specifically tailored to match the type of hose being utilized. It may feature a threaded connection, a quick-release mechanism, or a barbed end that necessitates a hose clamp to ensure a secure attachment. Once the adapter or fitting is properly fastened to both the air pump and the hose, the pump can be operated to either inflate or extract air from the connected system. The pump's pressure and airflow are transmitted through the adapter or fitting into the hose, enabling it to fulfill its intended function. In summary, an air pump effectively handles different types of hoses by employing adapters and fittings that are meticulously designed to establish connections with a variety of hose sizes and types. These adapters and fittings guarantee a secure and airtight connection, enabling the air pump to successfully inflate or extract air from the connected system.

Q:Are air pumps suitable for inflating air pillows?: Air pumps are indeed appropriate for inflating air pillows. They offer a convenient and effective means of inflating air pillows, effortlessly and swiftly filling them with the required amount of air. By doing so, they guarantee that the air pillow achieves the desired level of inflation, ensuring optimum comfort and support. Furthermore, the use of an air pump eradicates the need for manual blowing, which can be a tedious process and may not yield consistent inflation. In general, air pumps are a dependable and pragmatic tool for inflating air pillows.

Q:What is the recommended air pressure for different types of inflatables?: Different types of inflatables have varying recommended air pressures depending on the specific item. Here are some suggestions for common inflatables: 1. Pool floats and inflatable toys: Generally, these should be inflated to a lower air pressure, typically around 1-2 PSI. It is important to avoid over-inflating them as it can strain the seams and cause damage. 2. Air mattresses: Most air mattresses suggest an air pressure of approximately 6-8 PSI. However, it is crucial to refer to the manufacturer's instructions for specific requirements, as certain models may have different recommendations. 3. Balloons: Regular latex balloons typically require an air pressure of about 0.5 PSI. To prevent bursting, it is crucial to adhere to the recommended guidelines and avoid over-inflation. 4. Inflatable boats and kayaks: The air pressure for these inflatables may vary based on size and material. Generally, it is advisable to maintain a range of 2-3 PSI. Nonetheless, accurate guidelines should be sought from the manufacturer's instructions. 5. Gym/exercise balls: The recommended air pressure for gym or exercise balls depends on their size and intended use. In general, most exercise balls require an air pressure of approximately 4-5 PSI. However, it is important to verify the specific instructions provided by the manufacturer. Remember to consult the manufacturer's instructions for precise and specific air pressure recommendations for your particular inflatable. Over-inflation or under-inflation can affect performance, durability, and safety, so following the recommended guidelines is crucial.

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