Titanium ANSI Chemical Process Pump

1. Our pumps could be 100% interchangeble with leading enterprise’s Mark III series.

2. The wet ends material like Titanium, Nickel, Hastelloy C, A20, CD4M, 316SS, Cast Steel etc are all available.


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Product Details

Conforming to ASME (ANSI) B73.1, Mark 3 pumps incorporate many proven reliability- and performance-enhancing features. They are available in a wide range of configurations, including mechanically sealed, dynamically sealed, sealless magnetically driven, low-flow, self-priming and recessed impeller. It provides flexibility and breadth of pumping solutions in countless applications.


1.Application:

 

• Acid transfer

• Brine

• Chemical processing

• Petrochemical processing

• Corrosive services

• Food and beverage processing

• Hydrocarbon processing

• Pharmaceuticals Polymers

• Pulp and paper

• Seawater

• Slurries

• Solvents

• Steel and primary metals

• Water and wastewater treatment

 

2.Operating Parameters

• Flows to 1680 m 3 /h

• Heads to 215 m

• Pressures to 27 bar

• Temperatures from -73°C  to 370°C

 

3. Available Size:6’’-16’’

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4.

Part Name

Material

Ductile Iron

316SS

CD4MCu

Alloy 20

Nickel

Hastelloy C

Titanium

Casing


316SS

CD4MCu

Alloy 20

Nickel

Hastelloy C

Titanium

Impeller

316SS

CD4MCu

Alloy 20

Nickel

Hastelloy C

Titanium

Cover

316SS

CD4MCu

Alloy 20

Nickel

Hastelloy C

Titanium

Frame

Ductile Iron

Bearing Housing

Ductile Iron

Adaptor

Ductile Iron

Shaft

316SS/4140

Sleeve


316SS

CD4MCu

Alloy 20

Nickel

Hastelloy C

Titanium

5.Features and Benefits

A.Unique Reverse Vane Impeller is the only impeller design that offers repeatable pump performance throughout the life of the pump.

B.Seal Chambers feature innovative flow modifiers to extend seal life and provide advanced

self-flushing capability.

C.External Micrometer Impeller Adjustment accurately sets impeller clearance in 20 seconds, in the shop or in the field.

D.Largest Shaft and Bearing Components in standard ASME pumps extend bearing life and reduce shaft deflection and vibration.

E.Back Pull-out Design allows removal of rotating element without removing casing, piping or motor.


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