• Model Number: ATY-10
• 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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ATY-10 SS Submerged pump for molten sulfur Description

ATY submerged pump for molten sulfur

The design of the liquid sulfur pump adopts insulation jacket pipeline and adopts Japanese submerged gear pump technology for design and manufacturing, with high processing accuracy and precise matching. Variable frequency control can be used for flow regulation, with stable flow, low speed, low motor power, and long service life.

Mainly used in media that require insulation and heating, such as liquid sulfur, liquid asphalt, liquid paraffin, and high-temperature coal tar.

parameter range

Flow rate: 0.1-60m3/h

Pressure: 16bar

Viscosity: 0.1-10000cps

Temperature: -30 to 410 degree Celsius

Submerged depth: ≤ 2 meters.

 Application industry

Applied in industries such as petroleum, chemical, chemical fiber, viscose, sulfuric acid, liquid alkali, asphalt, etc., the liquid in the storage tank can be directly transported to the process pipeline through an submerged pump. Completely prevent leaks, reduce the harm of toxic and harmful leaked liquids to workers, and change the pollution caused by factories and the environment.

Easy to use and long operating cycle.

Equipped with a frequency converter, it can achieve flow metering control.

Pump body materials: cast iron, ductile iron, 304, 316 can meet the needs of different media.

The production process is meticulous, ensuring product quality.

Stable conveying flow rate with low pulsation.

The continuity of the conveying medium is good, and there will be no vortex or no-load operation.

The export pipeline can be equipped with insulation jacket.

It can achieve forward and reverse transfer, and when the submerged inlet is blocked, the reverse thrust can be used to flush away the inlet slag.

Gap adjustment, after a certain period of pump operation, adjusts the gap to achieve the flow effect when the pump is activated.