Stainless Steel SS304 Air Operated Diaphragm Pump AOK80

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AOK80 3inch high volume reciprocating stainless steel pneumatic diaphragm pump in the work of the fluidstirring minimum, no heat occurs, the machine will not overheat.

Product Detail

AOK80-SS304 Product Description

AOK80-SS304 stainless steel pneumatic diaphragm pump has excellent corrosion resistance and high temperature strength, and can be used under harsh conditions.

AOK80-SS304 Performance parameter：

Model		AOK80-SS304
Inlet/ Outlet size	mm	80
	inch	3
Flow Rate	m3/h	63.6
	L/min	1060
Head (m)		84
Suction Stroke (m)		8
Max. Particle Diameter (mm)		9.4
Max.Air Pressure (kg/cm²)		8.4
Max.Air Consumption (m³/min)		9.8
Diaphragm		Teflon, Viton, EPDM, Santoprene, Banu-N, etc.
Valve ball/seat		Santoprene, Hytrel, Teflon, Viton, Stainless steel, etc.

Performance Curve：

Installation Size：

Applications：

1- Food and beverage industry: Liquid semisolid, pickled vegetable, Wine, juice, small sausage, etc.

2- Paint industry: oil paint, pigment, etc.

3- Chemical industry: various kinds of inflammable and explosive liquid, and highly acidic, basic and corrosive medium.

4- Adhesive and glue industry: all the liquids included in the industry are available.

5- Ceramic industry: various kind of glaze slip for tile, porcelain, brick and pottery.

6- Daily chemical industry: detergent, emulsion, hand cream, surface activator, etc.

7- Pharmaceutical industry: solvent, acid, alkali, ointment, plasma and other kinds of drug liquid.

9- Mine industry: transportation of sediment and ponding in mine, adit and tunnel, as well as the cement grouting and mortar, etc.

working principle：

When air pressure is applied to the pump, the main air valve moves up and down. When the main air valve is in the down position, air pressure is diverted to the right diaphragm. At the same time, exhaust air from the left diaphragm passes through the shuttle and shuttle plate, and exits the rear of the pump. When the main air valve is in the up position, air pressure is diverted to the left diaphragm while the right diaphragm is exhausted. This process constantly alternates between the up and down position to create a continuous cycle.