Order Code	Product Name
L-03-01-M01	100-Cell Sample Tray for Mining Laboratory Sample Preparation and Storage

100-Cell Sample Tray for Mining Laboratory Sample Preparation and Storage

Brief Introduction

The 100-Cell Sample Tray is a durable laboratory sample holding fixture designed for batch mineral sample storage, drying, carrying and pretreatment in mining and hydrometallurgical laboratories. Featuring a standardized 100-cell structure and strong compressive performance, it provides separated accommodation for ore powder samples, mineral residues, leaching solids and experimental samples.

With an integrated forming structure, compact dimensions and lightweight design, this sample tray supports organized sample management, batch transfer and efficient placement during mineral testing workflows.

Application Scope

The 100-Cell Sample Tray is suitable for routine applications in mining laboratories, including mineral sample preparation, metallurgical testing, mineral analysis and hydrometallurgical experimental sample management.

Mineral Sample Preparation

During sample preparation procedures, the tray is used for classified placement and batch storage of crushed ore powder, ground mineral samples and washed sediment samples. The independent cell structure helps separate different samples and reduces the risk of cross-contamination before digestion and instrumental analysis.

Metallurgical Testing and Mineral Analysis

The tray supports organized arrangement of comparison samples, parallel test groups and control samples during mineral testing procedures. Standardized dimensions improve sample positioning consistency and simplify batch transportation within laboratory environments.

Hydrometallurgical Laboratory Applications

For hydrometallurgical testing workflows, the tray can hold solid precipitates, treated tailing samples and post-reaction experimental samples from laboratory procedures. Its durable structure supports repeated handling, drying and sample classification in wet laboratory conditions.

Features

• 100 Independent Cells: Provides large-capacity batch sample storage and classified management for mineral laboratory testing workflows.

• High Compressive Strength: Maintains structural stability during stacking, transportation and repeated laboratory handling operations.

• Integrated One-Piece Structure: Delivers durable performance and long service life for frequent daily laboratory use.

• Standardized Cell Dimensions: Provides suitable accommodation space for conventional mineral powder, granular ore samples and experimental residues.

• Space-Efficient Laboratory Design: Uniform dimensions support organized placement in drying ovens, sample cabinets and laboratory work areas.

• Lightweight Sample Handling: Reduces operator handling burden while maintaining stable performance during batch sample transfer.

Specification

Parameter Item	Technical Data
Total Cell Quantity	100 cells
Overall Dimension	450 × 450 × 55 mm
Single Cell Internal Dimension	38 × 38 × 50 mm
Net Weight	3.3 kg
Core Performance	High compressive strength, long service life

Why Choose FKN PANDA

FKN PANDA 100-Cell Sample Tray provides reliable sample management performance for mining laboratories. The independent cell structure helps maintain sample separation, supporting consistent sample conditions for repeatable mineral analysis and testing procedures.

Its durable integrated structure offers excellent operational reliability during daily laboratory activities. The high-compression design supports repeated handling, stacking and routine sample transportation while reducing deformation risks.

The 100-cell configuration improves laboratory workflow efficiency by enabling centralized batch sample organization, simplifying sorting, transferring and counting procedures during mineral pretreatment and testing operations.

Designed for mining laboratory applications, the standardized layout supports mineral sample preparation, parallel testing arrangements and hydrometallurgical sample collection workflows, helping laboratories maintain organized operation processes.

With long service life and reusable structural design, the sample tray helps reduce replacement frequency and improves cost efficiency for laboratories managing large quantities of mineral samples.

Core Sample Storage Box – FAQ

Q1. How to select core storage boxes for different drilling core diameters in mining exploration projects?

Selecting suitable core storage boxes requires consideration of core diameter, sample length, storage environment, and project workflow requirements. Mining exploration projects commonly handle different drilling specifications, such as various core sizes, which require appropriate compartment dimensions to maintain organization and protection. A suitable storage system should support efficient sample identification from sample collection through laboratory testing and geological evaluation. For exploration teams and mining laboratories, the selection process should also consider future sample volume, transportation requirements, and compatibility with existing core management procedures.

Q2. What factors should be considered when choosing sample storage boxes for mineral testing laboratory workflows?

When choosing sample storage boxes for mineral testing workflows, laboratories should evaluate durability, compartment design, labeling convenience, stacking capability, and protection against environmental influences. Proper storage supports sample traceability from geological collection to sample preparation, mineral testing, and metallurgical evaluation. The storage system should help reduce handling errors and maintain clear sample separation during long-term laboratory operations. For new laboratory setups or expansion projects, storage capacity planning should match expected exploration activities and ongoing mineral analysis requirements.

Q3. Can compartmentalized storage boxes improve sample organization efficiency in geological laboratories?

Compartmentalized storage boxes can improve sample organization by providing defined locations for individual core sections or mineral samples. This structure helps laboratories maintain clearer sample identification, reduce mixing risks, and improve workflow efficiency during geological logging, sample preparation, and testing activities. In mining laboratories handling multiple projects or ore types, organized storage supports better sample management and simplifies retrieval during metallurgical studies or additional analysis. The effectiveness depends on selecting a configuration that matches the laboratory’s sample types and operational procedures.

Q4. How does compartment design affect core sample preservation during long-term storage?

Compartment design plays an important role in protecting core samples during long-term storage by reducing unnecessary movement, maintaining sample order, and supporting consistent identification. Properly arranged compartments help minimize physical contact between different samples and improve handling safety during transportation or archive management. For mining exploration and geological laboratories, long-term sample preservation is important because stored cores may be reviewed for additional mineral testing, resource evaluation, or metallurgical research. Storage box configuration should be selected according to core dimensions, handling frequency, and archive requirements.

Q5. How to optimize sample storage box configuration for multi-project mining laboratory operations?

For laboratories managing multiple mining projects, storage box configuration should be planned around sample volume, project separation, ore type classification, and future expansion needs. A structured storage approach allows geological samples from different exploration campaigns or testing programs to be clearly identified and accessed efficiently. Modular or organized storage systems can support continuous laboratory operation by improving inventory management and reducing time spent locating samples. The optimal configuration depends on laboratory workflow, available storage space, and the requirements of geological and metallurgical testing programs.

Q6. What capacity considerations apply when selecting storage boxes for high-volume mineral processing test work?

High-volume mineral processing test programs require storage solutions that can accommodate large quantities of samples while maintaining clear organization and traceability. Capacity selection should consider the number of samples generated during sample preparation, mineral testing, and metallurgical evaluation stages, as well as expected project duration. Laboratories should balance storage density with accessibility to avoid inefficient handling. For expanding facilities, selecting a scalable storage box system can help support increasing sample archives without disrupting existing laboratory workflows.

Q7. How can storage box compartmentalization improve traceability in mineral processing research workflows?

Compartmentalized storage systems support traceability by providing dedicated positions for samples with clear identification and separation. In mineral processing research workflows, maintaining sample history is essential because results from testing programs may influence process evaluation and development decisions. Organized storage helps connect physical samples with records from sample collection, preparation, analysis, and metallurgical testing. By reducing the possibility of sample confusion or misplacement, compartment-based storage contributes to more reliable laboratory management practices.

Q8. What are the critical durability requirements for storage boxes in harsh mining laboratory environments?

Storage boxes used in mining environments should be selected based on durability requirements related to frequent handling, transportation, stacking, and long-term storage conditions. Important considerations include structural strength, resistance to wear, and suitability for the laboratory environment where samples are managed. Exploration and mineral testing operations often involve repeated movement of heavy sample containers, making reliable construction important for continuous use. The appropriate material and design depend on application conditions, storage location, and the expected operating environment.

Q9. How to select storage box systems that support both field collection and laboratory storage requirements?

A storage box system supporting both field collection and laboratory storage should provide practical handling, sample protection, and compatibility with laboratory management procedures. During field operations, boxes need to support safe transportation and organized collection of geological samples. After arrival at the laboratory, the same system should allow efficient storage, identification, and retrieval for sample preparation and analysis. Selecting a suitable design helps create a continuous workflow between exploration activities and laboratory evaluation processes.

Q10. What are the key considerations when upgrading from traditional core trays to compartmentalized storage boxes?

Upgrading from traditional core trays to compartmentalized storage boxes requires evaluation of existing sample management practices, storage space, sample dimensions, and future operational needs. A transition should focus on improving organization, traceability, and protection while maintaining compatibility with current geological and laboratory workflows. For mining companies expanding exploration programs or improving archive management, compartmentalized systems can provide a more structured approach to handling large sample collections. The selection should align with project requirements, sample characteristics, and long-term storage strategies.

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