• Product Name: Liquid Anhydrous Ammonia Transfer pump
• Model Number: YAB5-5
• Brand Name: kenshine-pump
• Place of Origin: Shanghai, China
• Minimum Order Quantity: 1Set
• Supply Capacity: 300SETS PER MONTH/month
• Payment: T/T IN ADVANCE
• MemberShip: Free Member
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Liquid Anhydrous Ammonia Transfer pump YAB5-5 Description

Liquid Anhydrous Ammonia Transfer pump

YAB type liquid ammonia pump is based on the analysis of similar foreign products and the newly developed pump. It is mainly used for conveying liquid ammonia, ammonia, methanol, dimethyl ammonium, propylene oxide, crude benzene, ethylene oxide, chloride methane, isobutylene and butadiene properties similar volatile liquid. So the pump is widely used in gas, petroleum, chemical, pharmaceutical, metallurgy and other fields.

The pump seal and vane adopts special formula abroad, abrasion resistance and toughness, strength is very high, the pump shell material is the abrasion resistance of alloy cast iron with high density, high processed finishing, so as to ensure the ammonia liquid does not leak. The characteristics of the pump is sealed well, High and stable pressure.

Model significance: YAB15-5

YAB -- liquid ammonia pump

15-  Rated flow of the pump

5 -- Pressure boost range (pressure difference between inlet and outlet)

Working Principle:

This pump is a positive displacement vane pump, which works by centrifugal sliding of the blades, and the flow rate is related to the speed of the shaft. The inner surface of the stator is made of the unique composite curve in China. The stator, rotor, baffle and blade form ten sealed cavities. The volume of the oral cavity is gradually increased, and negative pressure is formed to generate suction, thus the ammonia liquid is inhaled. When the rotor rotates at a certain Angle, the volume is truncated and gradually decreases, thus the ammonia is hydraulically discharged, and there is an oil block between the oil suction chamber and the oil pressure chamber to separate the oil cavity and the oil pressure chamber. The blades depend on centrifugal force and two baffle structure, so as to fit tightly with the stator inner curve, so that the pump can work normally under the rated state.