Accurate and consistent metering
High quality paper, coupled with lower production costs, is the formula for profitable paper making. Watson-Marlow pumps provide high metering accuracy and excellent resistance to the viscous and abrasive chemicals commonly used in the pulp and paper industry. Our range of pumps delivers:
- Accurate and repeatable dosing and metering
- Ability to handle high density pulp
- Self-priming and dry running
- High reliability and low maintenance
- Low cost of ownership
Pulp and paper plants face continual demands for improving product quality while reducing waste and costs. Accurate and reliable metering of additives and colours is a necessity. Watson-Marlow peristaltic pumps are able to operate, in the harshest industrial environments, to deliver extraordinary accuracy and consistency in metering.
Bredel hose pumps are built to safely and reliably handle viscous, corrosive and abrasive fluids such as coatings, lime slurry and Ti02. The design of our positive displacement pumps means no seals or valves are required, and the fluid is totally contained within the tube or hose, separated from the pump. This significantly reduces pump downtime and maintenance and offers the lowest overall cost of ownership.
![paper pulp](/contentassets/6f115d1ddaed4b41b534849b5a909abd/fi-paper-pulp.jpg?width=727&quality=80)
Key products
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Qdos chemical metering and dosing pump
Flow rates to 2,000 ml/min (31.7 USGPH) and pressures up to 9 bar (130 psi).
Pumps - cased pumps
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APEX hose pumps
Flow rates to 6,200 L/h (27.3 USGPM) and pressures up to 8 bar (116 psi). Optimised for process uptime.
Pumps - hose pumps
Products by brand
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Watson-Marlow Industrial Pumps
Pumps for use in industrial processes
Case studies
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Case Study
Reducing energy usage and greenhouse gas emissions
View full case study reducing energy usage and greenhouse gas emissions
Case Study
Related new
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Insight
Technical paper outlines results of major trial at large packaging manufacturing plant
A new technical paper produced by WMFTG outlines how the dosing accuracy of peristaltic chemical...
News/Insight