Order Code	Product Name
L-02-04-M03	Peristaltic Pump for Mining Laboratory Liquid Transfer and Hydrometallurgical Dosing

Peristaltic Pump for Mining Laboratory Liquid Transfer and Hydrometallurgical Dosing

Brief Introduction

This Peristaltic Pump series is designed for precise, contamination-free liquid transfer and dosing applications in mining laboratories, metallurgical testing facilities and hydrometallurgical research environments. Covering low to high flow requirements, the series supports adjustable speeds from 0.1 rpm to 600 rpm and flow rates ranging from 0.0015 mL/min to 12000 mL/min.

Available with mechanical LED display and intelligent touch-screen control configurations, the pumps provide flexible liquid handling solutions for mineral sample preparation, solution preparation and wet metallurgical testing. The peristaltic extrusion pumping principle prevents direct contact between internal pump components and experimental liquids, reducing contamination risks during laboratory operation.

Advanced models feature 3.5-inch color LCD visualization, intelligent flow calibration, programmable dispensing, storage functions, external control and power-off memory to support repeatable and efficient laboratory workflows.

Application Scope

This peristaltic pump series is compatible with core mining laboratory workflows, including sample preparation, metallurgical testing, mineral analysis and hydrometallurgical process simulation.

Sample Preparation

The pump provides accurate quantitative transfer of acid reagents, deionized water and mineral suspension liquids during ore digestion and dilution procedures. Adjustable flow control helps reduce manual dosing deviation and maintains consistent liquid addition conditions for parallel sample batches.

Metallurgical Testing and Mineral Analysis

The equipment supports stable liquid delivery for standard solution preparation, titration auxiliary feeding and waste liquid transfer. Intelligent calibration functions maintain consistent flow performance during repeated laboratory operations, supporting reliable mineral testing and trace element analysis workflows.

Hydrometallurgy Application

The peristaltic pump enables continuous and segmented dosing of leaching agents, precipitants and eluents in bench-scale leaching, solvent extraction and purification experiments. Programmable volume, frequency and interval dispensing functions support controlled variable-condition metallurgical trials.

Features

• Wide adjustable speed range from 0.1 rpm to 600 rpm supports both micro-dose precision feeding and larger-volume liquid transfer requirements in mineral experiments.

• Multiple control configurations include 4-bit LED digital display and 3.5-inch color touch screen versions, providing flexible operation options for different laboratory requirements.

• Built-in intelligent flow calibration function compensates flow deviation and maintains stable dosing performance during repeated batch liquid transfer operations.

• Advanced FC series supports programmable liquid volume, dispensing times and interval settings, enabling controlled automatic liquid feeding for laboratory procedures.

• BG600-S model integrates storage, external control and power-off memory functions to retain experimental parameters during long-cycle testing operations.

• Non-contact peristaltic pumping structure prevents liquid contamination and reduces corrosion risks, making it suitable for acidic and corrosive reagents used in mining wet laboratories.

• Complete model range covers ultra-low micro-flow to high-volume liquid delivery requirements, supporting laboratory trials and continuous liquid handling applications.

Specification

Model	Speed Range	Flow Rate Range	Core Configuration
BT100M	0.1–100 rpm	0.0015–380 mL/min	4 bits LED display
BT300M	0.1–300 rpm	0.007–1140 mL/min	4 bits LED display
BT600M	0.1–600 rpm	0.007–2280 mL/min	4 bits LED display
BT100LC	0.1–100 rpm	0.0015–380 mL/min	3.5-inch color touch screen, intelligent flow calibration
BT600LC	0.1–600 rpm	0.007–2280 mL/min	3.5-inch color touch screen, intelligent flow calibration
BT100FC	0.1–100 rpm	0.0015–380 mL/min	3.5-inch color touch screen, programmable dispensing
BT300FC	0.1–300 rpm	0.007–1140 mL/min	3.5-inch color touch screen, programmable dispensing
BT600FC	0.1–600 rpm	0.007–2280 mL/min	3.5-inch color touch screen, programmable dispensing
BG600-S	0.1–600 rpm	1.3–12000 mL/min	4 bits LED display, storage & external control, power-off memory

Other Specification for Option

Multiple pump head types and silicone/peristaltic tubing specifications are available to match different liquid viscosity, corrosiveness and flow accuracy requirements. Custom fixed-flow program parameters can be preset according to customer standard experimental SOPs.

Why Choose FKN PANDA

FKN PANDA Peristaltic Pump series provides reliable liquid handling performance for mineral testing and hydrometallurgical laboratory workflows. Intelligent flow calibration and precise speed adjustment reduce manual dosing deviation, helping maintain consistent reagent addition and liquid transfer conditions for repeatable experimental results.

The equipment delivers strong operational reliability through its mature peristaltic transmission structure. The pumping principle avoids direct contact between internal components and experimental liquids, reducing contamination risks and supporting stable long-term laboratory operation.

Programmable dispensing functions and touchscreen operation improve laboratory workflow efficiency by reducing manual supervision and repeated parameter adjustment during batch sample preparation and wet chemistry experiments.

With a complete flow range from micro-dosing to high-volume transfer, the pump series adapts to different mining laboratory applications, including ore pretreatment, solution preparation, leaching tests and metallurgical process evaluation.

The diversified model selection allows laboratories to choose suitable configurations according to actual testing requirements. Durable liquid transfer structure and long service life tubing help reduce daily operating and replacement costs, providing a scalable solution for global mining laboratories and metallurgical research facilities.

Peristaltic Pump – FAQ

Q1. How to select a peristaltic pump for reagent dosing in hydrometallurgical laboratory workflows?

Selecting a peristaltic pump for mining laboratory applications requires evaluating the reagent type, required dosing flow rate, chemical compatibility, tubing material, and operating duration. In hydrometallurgical workflows, pumps are commonly used for controlled reagent addition during leaching, dissolution, and metallurgical evaluation tests. The selected configuration should match the experimental requirements, including single or multi-channel operation, manual or programmable control, and compatibility with the laboratory process. Proper pump selection helps maintain consistent reagent delivery during mineral testing and supports reliable evaluation from sample preparation through process decision stages.

Q2. What factors should be considered when specifying tubing material for aggressive acid or alkaline reagent transfer?

Tubing material selection is an important consideration when using peristaltic pumps for mining laboratory reagent transfer. The tubing should be compatible with the chemical properties of the solution, including acids, alkaline reagents, solvents, or other process chemicals used in metallurgical testing. Material flexibility, resistance to chemical attack, and operating conditions influence service life and dosing stability. Laboratories should evaluate tubing performance based on the specific hydrometallurgical application rather than selecting materials only by general chemical resistance descriptions.

Q3. How does peristaltic pump design affect flow accuracy in long-duration leaching or dissolution experiments?

Peristaltic pump design directly influences dosing consistency during extended laboratory experiments. Factors such as roller compression, pump head structure, tubing condition, and speed control capability can affect flow stability over time. In leaching and dissolution studies, stable reagent addition is important for maintaining controlled test conditions and improving experimental repeatability. A suitable pump configuration helps laboratory technicians maintain consistent dosing parameters throughout metallurgical testing programs, especially when experiments require continuous operation or multiple sampling points.

Q4. Can peristaltic pumps handle continuous operation for extended pilot plant leaching test campaigns?

Peristaltic pumps can be considered for continuous laboratory and pilot-scale testing applications when the selected configuration matches the required flow conditions and operating environment. In extended leaching campaigns, laboratories should evaluate tubing durability, pump operating stability, maintenance accessibility, and reagent compatibility. Regular inspection of tubing wear and pump components is important to maintain reliable operation. Properly configured peristaltic pumps support continuous reagent dosing tasks in mineral processing research and hydrometallurgical evaluation workflows.

Q5. How to calibrate peristaltic pump flow rates for accurate reagent dosing in hydrometallurgical kinetics studies?

Flow calibration is necessary to establish a reliable relationship between pump settings and actual reagent delivery volume. A typical calibration process involves measuring the delivered liquid volume over a defined operating period and adjusting pump parameters according to the required dosing conditions. For hydrometallurgical kinetics studies, calibration helps ensure that reagent addition remains consistent during repeated tests. Laboratories should perform calibration checks whenever tubing type, pump settings, or experimental conditions change to maintain reliable test data.

Q6. How to integrate peristaltic pumps into a complete automated reagent dosing and leaching test workflow?

Peristaltic pumps can be integrated into mining laboratory workflows as part of automated or semi-automated reagent dosing systems. They are commonly applied in processes involving controlled chemical addition, leaching experiments, and metallurgical evaluation. Integration considerations include compatibility with laboratory control systems, required dosing accuracy, communication requirements, and workflow design. When combined with appropriate monitoring and control components, peristaltic pumps help laboratories achieve more consistent experimental conditions from mineral sample preparation through process evaluation.

Q7. What are the differences between single-channel and multi-channel peristaltic pumps for parallel leaching test setups?

Single-channel and multi-channel peristaltic pumps serve different laboratory requirements. Single-channel configurations are suitable for applications requiring one controlled reagent transfer path, while multi-channel designs support parallel dosing operations for multiple experiments or reagents. In mining laboratories, multi-channel pumps can be useful for comparative leaching studies, reagent screening, and parallel metallurgical tests. Selection should be based on the number of dosing points, experimental workflow, and required control flexibility.

Q8. What maintenance schedule is critical for tubing replacement, roller inspection, and motor servicing in peristaltic pumps?

Routine maintenance helps maintain stable performance during continuous laboratory operation. Key inspection points include tubing condition, roller or pump head wear, drive system operation, and external cleanliness. Tubing replacement intervals depend on factors such as chemical exposure, operating time, compression conditions, and application requirements. For mining laboratories conducting frequent leaching or reagent dosing tests, preventive maintenance reduces unexpected interruptions and supports consistent experimental workflows.

Q9. How to determine optimal pump capacity and tubing size for different reagent volumes and dosing requirements in mining labs?

Pump capacity and tubing selection should be matched with the required reagent volume, dosing frequency, solution properties, and experimental process requirements. Low-volume precision dosing may require different configurations compared with higher-volume reagent transfer applications. In mining laboratories, factors such as reagent viscosity, chemical compatibility, and test duration should also be considered. Proper sizing helps maintain stable flow performance and ensures the pump supports the intended mineral testing or hydrometallurgical workflow.

Q10. How does peristaltic pump dosing accuracy affect leaching kinetics and metallurgical testing results?

Consistent reagent dosing is an important factor in controlling leaching conditions and evaluating metallurgical performance. Variations in reagent addition can influence experimental parameters and make comparison between test groups more difficult. A properly selected and calibrated peristaltic pump supports repeatable dosing conditions during mineral processing studies, including leaching kinetics evaluation and process optimization experiments. Reliable dosing control contributes to higher confidence in laboratory data used for technical analysis and process decision-making.

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