Order Code	Product Name
L-09-01-M03	Masterflex PFA Peristaltic Tubing 06371-00 for Mining Laboratory Fluid Transfer

Masterflex PFA Peristaltic Tubing 06371-00 for Mining Laboratory Fluid Transfer

Brief Introduction

Masterflex PFA Peristaltic Tubing 06371-00 is a high-purity fluid transfer consumable designed for demanding mining laboratories, metallurgical testing facilities and hydrometallurgical research environments. Manufactured from high-performance PFA material, this tubing provides excellent chemical inertness, extreme temperature resistance and stable mechanical performance during continuous peristaltic pump operation.

With a nearly non-porous structure, low friction inner surface and strong resistance to corrosive chemicals, this tubing helps maintain fluid purity during mineral sample preparation, metallurgical testing and hydrometallurgical workflows. It supports both single-use applications and extended fluid circuit operation where reliable contamination control and consistent liquid delivery are required.

Application Scope

Masterflex PFA Peristaltic Tubing 06371-00 is widely used in high-standard mining laboratory applications including mineral sample preparation, precision mineral analysis, metallurgical testing and hydrometallurgical evaluation.

During mineral pretreatment workflows, it is suitable for transferring high-corrosion ore digestion solutions, acidic leachates and high-purity reagent liquids while minimizing contamination risks caused by fluid contact materials. Its chemical stability supports reliable solution handling during trace mineral analysis and laboratory testing procedures.

For hydrometallurgical research, this tubing supports continuous circulation and transfer of corrosive experimental fluids, maintaining stable flow performance during batch verification and laboratory-scale process evaluation. It is suitable for mining enterprise laboratories, geological testing institutions, metallurgical research centers and industrial analytical facilities requiring high-purity fluid transfer systems.

Features

High Purity Chemical Inertness Ensures Testing Accuracy

Manufactured from high-performance PFA material with nearly non-porous characteristics, the tubing provides excellent chemical stability and non-toxic fluid contact performance. The smooth inner surface reduces solution adsorption, ion precipitation and cross-contamination, helping preserve the original composition of mineral and metallurgical test solutions for accurate and repeatable analytical results.

Extreme Temperature and Pressure Resistance Ensures Operational Reliability

The tubing supports an operating temperature range from -195°C to 260°C (-320°F to 500°F) and a maximum working pressure up to 41.4 bar (600 psi). It maintains stable physical performance under demanding temperature and pressure conditions, while excellent crack resistance and stress crack resistance support long-term peristaltic circulation operation.

Multi-Sterilization Compatibility Improves Laboratory Efficiency

Compatible with autoclaving, ethylene oxide and dry heat sterilization methods, the tubing meets frequent laboratory cleaning and batch testing requirements. The low-friction surface reduces fluid resistance and residue adhesion, helping simplify maintenance procedures and improve fluid handling efficiency during repeated laboratory operations.

Standard Compliance and Flexible Length Selection Improve Workflow Compatibility

Manufactured according to GMP standards and compliant with FDA 21 CFR 177.1550 and USP Class VI requirements, this tubing supports high-standard laboratory applications. Custom cut-to-length service allows flexible adaptation to different peristaltic pump systems and diversified mining laboratory fluid circuits.

Durable Long-Cycle Performance Reduces Operating Costs

Designed for both single-use and extended continuous operation, the tubing provides strong fatigue resistance and aging stability in harsh chemical environments. Its reliable service performance reduces frequent replacement requirements and helps lower long-term consumable costs and laboratory downtime.

Specification

Specification Item	Details
Product Name	Masterflex PFA Peristaltic Tubing 06371-00
Brand	Masterflex
Model No.	06371-00
Material	High-performance PFA
Origin	USA
Operating Temperature Range	-195°C to 260°C (-320°F to 500°F)
Maximum Working Pressure	41.4 bar (600 psi)
Sterilization Methods	Autoclaving, Ethylene Oxide (EtO), Dry Heat
Regulatory Approval	FDA 21 CFR 177.1550, USP Class VI
Production Standard	Manufactured in accordance with GMP standards
Material Characteristics	Chemically inert, non-toxic, nearly non-porous, excellent stress crack resistance, low friction coefficient, translucent appearance
Application Type	Single-use and extended continuous fluid circuit applications

Why Choose FKN PANDA

FKN PANDA supplies Masterflex PFA Peristaltic Tubing 06371-00 for global mining laboratories, hydrometallurgical testing centers and industrial analytical facilities. With high-purity PFA construction, stable chemical performance and reliable fluid transfer capability, this tubing supports contamination-controlled workflows for mineral analysis and laboratory-scale metallurgical evaluation.

We provide flexible tubing supply solutions to match different laboratory equipment configurations and fluid circuit requirements. Combining chemical resistance, temperature stability and long-cycle operational performance, Masterflex PFA tubing helps improve laboratory workflow reliability, reduce maintenance interruptions and deliver dependable consumable solutions for mining technical teams, research institutions and distribution partners.

Masterflex Peristaltic Pump Tubing – FAQ

Q1. How to select Masterflex peristaltic pump tubing for precise reagent dosing in hydrometallurgical laboratory setups?

Selecting Masterflex peristaltic pump tubing for hydrometallurgical laboratories requires consideration of reagent compatibility, required flow stability, pump operating conditions, and the characteristics of the transferred solution. In mineral testing workflows, tubing selection should match the chemical properties of acids, alkalis, solvents, or process reagents used during digestion, leaching, or metallurgical evaluation. Laboratory engineers typically evaluate tubing material, size, flexibility, and service requirements to maintain consistent reagent delivery during repeated experiments. Proper selection supports reliable sample preparation procedures and helps reduce variations caused by unsuitable fluid transfer components.

Q2. Which type of Masterflex tubing is suitable for multi-chemical transfer in mineral processing laboratories?

The suitable Masterflex tubing type depends on the chemicals involved, operating temperature, flow requirements, and application conditions within the mineral processing laboratory. Different laboratory processes may involve acidic solutions, alkaline reagents, water-based samples, or organic chemicals, requiring tubing materials with appropriate chemical resistance. When configuring reagent transfer systems, laboratories should evaluate compatibility between the tubing material and the complete testing workflow, including sample digestion, leaching tests, and metallurgical experiments. Selecting the correct tubing specification helps maintain stable operation and supports continuous laboratory activities.

Q3. What factors should be considered when choosing Masterflex tubing for automated sample introduction systems in mining labs?

For automated sample introduction systems, Masterflex tubing selection should consider flow accuracy, internal diameter, flexibility, chemical compatibility, and integration with the peristaltic pump system. Mining laboratories often require repeatable liquid transfer during mineral analysis, reagent addition, and sample preparation procedures. Tubing properties can influence dosing consistency, sample carryover control, and system reliability. During laboratory setup or equipment upgrades, engineers should evaluate the relationship between tubing specifications and the analytical workflow to ensure stable performance throughout routine mineral testing operations.

Q4. How does Masterflex tubing material selection improve chemical compatibility in diverse mining laboratory applications?

Masterflex tubing material selection plays an important role in managing chemical compatibility across different mining laboratory applications. Mineral laboratories may handle a wide range of fluids, including digestion reagents, extraction solutions, and process chemicals used in metallurgical evaluation. Choosing tubing materials according to chemical exposure conditions helps reduce risks such as material degradation, contamination, or unexpected changes in fluid transfer performance. A suitable tubing specification supports reliable laboratory workflows from sample preparation through analytical testing and contributes to more consistent experimental procedures.

Q5. Can Masterflex peristaltic pump tubes handle both acidic and alkaline solutions in ore sample preparation workflows?

Masterflex peristaltic pump tubes can be selected for various chemical transfer applications, including workflows involving acidic or alkaline solutions, provided the tubing material is compatible with the specific reagents being used. In ore sample preparation, laboratories may transfer digestion solutions, washing liquids, or chemical reagents during mineral analysis procedures. Before implementation, users should evaluate chemical resistance, operating conditions, and pump requirements. Proper tubing selection helps maintain stable fluid handling performance and supports repeatable preparation steps in geological and metallurgical laboratories.

Q6. How to ensure testing repeatability when using Masterflex tubing for multi-sample reagent delivery in mineral testing?

Testing repeatability depends on maintaining consistent reagent delivery conditions throughout the mineral testing workflow. When using Masterflex tubing for multi-sample applications, laboratories should consider tubing material consistency, correct sizing, pump compatibility, and regular inspection of tubing condition. Stable fluid transfer is important for procedures such as digestion, leaching experiments, and analytical sample preparation where reagent volume accuracy affects downstream results. Proper tubing management, combined with controlled laboratory procedures, helps minimize operational variation during repeated testing cycles.

Q7. What maintenance requirements are typical for Masterflex hoses in continuous mineral processing laboratory operation?

Maintenance requirements for Masterflex hoses depend on the chemical environment, pump operating conditions, and frequency of laboratory use. Regular inspection of tubing condition, connections, and flow performance is recommended in continuous mineral testing operations. Laboratories should monitor signs of wear, deformation, leakage, or changes in fluid delivery behavior during routine operation. Establishing replacement and inspection procedures helps maintain reliable reagent transfer for sample preparation, metallurgical testing, and other laboratory workflows while reducing unexpected interruptions.

Q8. How to integrate Masterflex tubing into an automated liquid handling workflow for mining laboratories?

Integration of Masterflex tubing into automated liquid handling workflows requires matching tubing specifications with pumps, connectors, reagent containers, and the overall laboratory process. Mining laboratories using automated systems may apply peristaltic tubing for controlled reagent addition, sample transfer, or analytical preparation procedures. Engineers should consider flow requirements, chemical compatibility, and system configuration when selecting tubing. Proper integration supports consistent operation and helps laboratories improve workflow organization during mineral testing, metallurgical evaluation, and routine analytical activities.

Q9. What compatibility considerations exist between Masterflex hoses and different peristaltic pump systems in mining labs?

Compatibility between Masterflex hoses and peristaltic pump systems should be evaluated according to pump design, tubing dimensions, operating conditions, and application requirements. Different pump heads and roller mechanisms may require specific tubing characteristics to achieve stable performance. In mining laboratories, correct matching is important for applications such as reagent dosing, sample transfer, and hydrometallurgical testing workflows. Reviewing pump specifications together with tubing properties helps ensure reliable operation and reduces risks associated with improper installation or inconsistent fluid delivery.

Q10. How to scale Masterflex tubing specifications from laboratory to pilot plant hydrometallurgical testing circuits?

Scaling Masterflex tubing specifications from laboratory systems to pilot plant hydrometallurgical circuits requires evaluation of flow requirements, chemical exposure, operating conditions, and process objectives. Laboratory testing often focuses on controlled experiments, while pilot-scale systems may require longer operating periods and higher throughput. Engineers should review tubing material, size, pump compatibility, and replacement considerations when expanding workflows. Proper scaling supports continuity between laboratory investigation, metallurgical evaluation, and larger process development activities while maintaining reliable fluid handling performance.

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