LEADFLUID

Peristaltic pumps and liquid-transfer equipment

 

About the manufacturer

Baoding Lead Fluid Technology Co., Ltd. develops pumps and systems for controlled liquid transfer and dosing. The brand is associated with laboratory and industrial peristaltic pumps and fluid-path accessories. The practical value of this offering lies in repeatable liquid dosing and the choice of fluid-path materials, so device selection should reflect the end product and its operating conditions.

Peristaltic operation isolates the fluid from the drive using flexible tubing. Compared with designs that route fluid through valves and seals, it can simplify replacement and cleaning of wetted materials. In practice, the greatest benefit comes from matching the chosen variant to its mounting, operating conditions and adjoining system parts.

Selection covers flow range, maximum pressure, tubing type and size, dosing accuracy, control interface and continuous operating time. Flow specifications cannot simply be transferred between different pump heads and tubing sets. Documentation for the exact version helps avoid selecting a device solely from broad product-family characteristics.

 

Applications

Examples of practical uses for LEADFLUID products include:

  • laboratory and chemical analysis
  • pharmaceutical production
  • reagent dispensing
  • water treatment
  • OEM instruments
  • process lines

 

LEADFLUID products available from Maritex

Maritex presents the LEADFLUID portfolio in categories including peristaltic pumps, pump heads and rollers and dosing tubing. When comparing variants, it is useful to focus on their function, integration method and operating requirements.

Available product groups include:

  • peristaltic pumps
  • pump heads and rollers
  • dosing tubing
  • controllers and dosing accessories

Selection covers flow range, maximum pressure, tubing type and size, dosing accuracy, control interface and continuous operating time. Flow specifications cannot simply be transferred between different pump heads and tubing sets. This approach supports a considered comparison of options and reduces the risk of unsuitable substitutions.

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