Industrial Mechanical Seal Chemical Process Pump Cantilever Type Single Stage

Industrial Mechanical Seal Chemical Process Pump Cantilever Type Single Stage

Product Introduction

The WD-series chemcial process pump can be designed with a closed impeller, a semi-open impeller or a swirling impeller. 
The shaft seal chamber adopts back pull-out structure, which can accommodate all usual mechanical seal types.
Close coupled pumps are furnished with standard motors.

Bearing body bracket is cast iron (HT200, HT250) frame structure with sufficient rigidity and certain shock absorption.

Special duplex stainless steel F33, with excellent corrosion resistance and wear resistance, is used in flow part,

Usage

1. Salt-making force circulation pump

2. Sodium sulfate force circulation pump

3. Aluminum oxide force circulation pump

4. Sugar-making force circulation pump

5. Chlorine alkali force circulation pump

6. MVR water treatment force circulation pump

Characteristics

• WD series anti-corrosion and wear-resistant horizontal centrifugal pump adopts the current general structure: bracket support and rear door form, which make the pump disassembly and maintenance safe and convenient, and the maintenance and repair cost is low.

• WD series anti-corrosion and wear-resistant horizontal centrifugal pump adopts CAD modular structure design, more than 20 models, only 5 bearing bodies. The parts of the same series have great interchangeability. The inlet and outlet flanges of WD pumps follows the standard of HG20592-2000PN16Mpa, and different flange standards can be implemented according to user requirements.

Technical Data

Bearing Body

The bearing body equipped with rolling bearings for supporting the radial and axial forces of the pump shaft. The WD pump is equipped with two single row angular contact ball bearings on the coupling side to withstand axial and radial forces. A single row cylindrical roller bearing is mounted on the pump side to withstand radial forces. A 316L water retaining plate is placed at the front end of the front bearing gland to prevent media or other liquid from entering the front bearing.

More Details