Order Code	Product Name
L-03-01-M02	BQ Plastic Core Box for Mining Geological Core Storage and Transportation

BQ Plastic Core Box for Mining Geological Core Storage and Transportation

Brief Introduction

The BQ Plastic Core Box is a professional geological core storage and transportation container designed for mining exploration, geological logging and mineral resource assessment projects. Featuring a compartmentalized trough structure and shock-absorbing performance, it provides classified storage, safe handling and long-term preservation for rock core samples.

With a standard 1-meter inner length, six independent troughs and a maximum core storage capacity of 6 meters, this core box supports conventional drilling sample organization and laboratory core analysis workflows. The high-strength plastic structure provides stable performance, lightweight handling and efficient sample classification for mining enterprises and geological laboratories.

Application Scope

The BQ Plastic Core Box is widely used in mining geological operations and laboratory workflows, including field sampling, sample archiving, mineral analysis and geological data verification.

Geological Sample Preparation

During geological sampling activities, the core box is used for arranging, cutting and classified storage of drilling rock cores. Independent storage troughs help prevent core collision, friction and mixed placement, maintaining sample integrity before laboratory inspection and analysis.

Mineral Analysis and Core Logging

Standardized core storage dimensions support systematic core sampling, identification and batch inspection. Organized core classification improves correspondence between drilling depth, lithology records and laboratory testing data, supporting reliable mineral resource evaluation.

Mining Exploration and Laboratory Transportation

The shock-absorbing structure helps protect core samples during transportation between drilling sites and laboratories. Complete core preservation provides reliable physical samples for geological research, mineral texture analysis and further laboratory evaluation.

Features

• Six Independent Storage Troughs: Provides classified placement for rock core samples from different depths and lithologies, reducing sample confusion during storage and handling.

• Shock-Absorbing Structure: Helps buffer vibration and extrusion during transportation and field handling, protecting core samples from breakage and structural damage.

• Standard BQ Core Compatibility: Features a 1-meter inner length and 6-meter maximum storage capacity to meet conventional mining drilling core storage requirements.

• High-Strength Plastic Construction: Provides stable compression resistance and durable performance for repeated outdoor and laboratory applications.

• Lightweight Field Handling: With a unit weight of 2.2 kg, the core box reduces carrying burden for geological technicians during field operations.

• Stable Core Positioning: Uniform trough width maintains organized core placement and reduces rolling or dislocation during storage.

• Identification and Archiving Compatibility: Supports standardized core labeling, recording and traceable geological sample management.

Specification

Parameter Item	Technical Data
Model Specification	BQ Plastic Core Box
Overall Dimension	1070mm × 385mm × 59mm
Inner Single Trough Length	1 m
Single Trough Width	48 mm
Maximum Core Storage Length	6 m
Number of Storage Troughs	6 troughs
Unit Weight	2.2 kg/pc

Other Specification for Option

Multiple core box specifications and supporting core identification markers are available to accommodate different drilling core sizes and project management requirements. Contact FKN PANDA for geological sample storage solutions based on specific project needs.

Why Choose FKN PANDA

FKN PANDA BQ Plastic Core Box provides reliable geological sample management performance. The independent compartment structure and protective design help preserve original rock core conditions, supporting consistent sample quality for mineral assessment and laboratory analysis.

The durable plastic construction delivers operational reliability during repeated field and laboratory use. Stable structural performance helps withstand routine handling, transportation and storage conditions while maintaining core organization.

The multi-trough design improves field and laboratory workflow efficiency by simplifying core sorting, marking, transportation and archiving procedures for mining exploration projects.

Designed for geological exploration workflows, the BQ standard configuration supports drilling sample management, core logging and laboratory analysis processes, helping mining teams maintain organized and traceable sample systems.

The reusable structure and lightweight design provide cost-effective core storage management by reducing replacement frequency and improving transportation efficiency for mining exploration teams and geological laboratories.

Portable Core Cutting Storage Boxes, Core Identification Tags & Layered Shock-Absorbing Core Transport Boxes – FAQ

Q1. How to select portable core storage boxes for remote mining exploration projects?

Selecting portable core storage boxes for mining exploration requires consideration of core diameter compatibility, transportation conditions, sample protection requirements, and field handling efficiency. The storage system should support the complete workflow from drilling site collection to laboratory sample preparation and mineral testing. Key factors include structural durability, internal organization, portability, and the ability to maintain clear sample identification. For remote exploration programs, the selected solution should help reduce handling errors, improve sample traceability, and support reliable geological data management during transportation between field locations and laboratories.

Q2. What protective features are essential for core transport boxes during mining site transportation?

Core transport boxes used in mining environments should provide effective protection against impact, vibration, moisture, and rough handling conditions. Important design considerations include rigid construction, secure closures, internal support structures, and shock-absorbing features that help reduce core breakage during transportation. These protective functions are particularly valuable when samples are moved through remote terrain, long-distance logistics routes, or between exploration sites and mineral testing laboratories. Maintaining core integrity helps ensure that geological observations, sample preparation, and subsequent metallurgical evaluation are based on representative materials.

Q3. How do layered shock-absorbing designs preserve core sample integrity during transportation?

Layered shock-absorbing designs help minimize mechanical stress transferred to core samples during movement and handling. During mining exploration activities, core samples may experience vibration, impact, and repeated loading during transportation. A properly designed storage system can provide additional separation and support between samples and external impacts. This is important for preserving fracture characteristics, geological structures, and sample continuity required for accurate logging and laboratory analysis. When selecting a transport solution, mining teams should evaluate the relationship between protection features, sample type, transportation conditions, and overall exploration workflow requirements.

Q4. How do core identification tags improve sample tracking in mining exploration workflows?

Core identification tags are an essential component of effective sample management because they connect physical samples with geological records and laboratory analysis data. In exploration workflows, clear identification supports chain-of-custody control from drilling, sampling, transportation, and storage through mineral testing and metallurgical evaluation. Tag materials and attachment methods should be selected according to field conditions, including moisture exposure, handling frequency, and transportation requirements. Integrated identification systems help reduce sample confusion, improve documentation accuracy, and support reliable decision-making based on properly tracked geological information.

Q5. What factors should be considered when choosing core storage box materials for harsh mining environments?

Material selection for core storage boxes should consider environmental exposure, transportation requirements, durability, and long-term sample protection. Mining exploration sites may involve dust, moisture, temperature variation, and frequent handling, requiring storage solutions with suitable mechanical strength and resistance to field conditions. The selected material should also support efficient cleaning, identification, and repeated use where applicable. For mining laboratories and exploration teams, evaluating material performance together with storage configuration helps ensure that core samples remain organized and protected throughout the transition from field collection to laboratory testing processes.

Q6. How can portable core storage systems improve sample workflow efficiency between drilling sites and laboratories?

Portable core storage systems improve workflow efficiency by providing a structured method for collecting, organizing, transporting, and storing geological samples. In mining exploration, a well-organized storage process reduces unnecessary sample handling and supports accurate documentation before laboratory analysis. These systems can help field teams maintain sample order, improve transportation management, and simplify transfer between exploration operations and mineral testing facilities. By supporting the sample journey from collection through preparation and evaluation, portable storage solutions contribute to more consistent laboratory workflows and better control of geological information.

Q7. How to configure core storage boxes for different drilling core diameters and sample requirements?

Core storage box configuration should be matched with the drilling program requirements, including core diameter, sample length, storage volume, and transportation conditions. Different exploration projects may involve various core sizes and sample handling procedures, so selecting a suitable internal layout is important for maintaining organization and accessibility. Proper configuration helps prevent sample movement, simplifies geological logging, and supports efficient transfer to laboratory preparation areas. Before procurement, mining teams should evaluate current drilling requirements as well as potential project expansion to ensure the storage system remains practical for future exploration activities.

Q8. How do integrated labeling systems support sample chain-of-custody management?

Integrated labeling systems support sample chain-of-custody management by providing consistent identification throughout the exploration and testing process. From field collection to laboratory storage, each sample should maintain clear links with drilling information, geological records, and analytical results. Effective labeling solutions help minimize administrative errors and improve communication between field geologists, laboratory technicians, and technical managers. When combined with organized storage boxes, identification systems provide a practical approach for managing large volumes of samples generated during exploration programs, mineral evaluation projects, and long-term geological archives.

Q9. What are the key considerations when selecting portable core storage solutions for remote mining operations?

Remote mining operations require core storage solutions that balance portability, protection, durability, and operational practicality. Important considerations include transportation methods, environmental conditions, sample volume, handling frequency, and compatibility with field documentation procedures. Storage systems used in remote areas should support efficient movement from drilling locations while maintaining sample integrity before laboratory testing. For exploration managers and procurement teams, evaluating the complete workflow, including collection, transportation, storage, and laboratory analysis, helps identify configurations that reduce operational risks and improve sample management efficiency.

Q10. How do portable core storage systems support continuous exploration and laboratory operations?

Portable core storage systems support continuous exploration operations by providing a reliable connection between field sampling activities and laboratory workflows. During ongoing drilling campaigns or multi-site exploration programs, organized sample storage helps laboratories receive, classify, and prepare samples more efficiently. A suitable system supports expansion of sample archives, replacement of outdated storage methods, and improved coordination between geological teams and laboratory personnel. By maintaining sample integrity and traceability from collection through mineral testing and metallurgical evaluation, these storage solutions contribute to more reliable technical decisions in mining projects.

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