Category
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Order Code |
Product Name |
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L-06-01-M13 |
PTFE Laboratory Tray for Mining Sample Preparation |
The 130*170*30mm PTFE Laboratory Tray is a high-purity laboratory accessory designed for sample handling, secondary containment and laboratory organization. Manufactured from high-purity PTFE material, it provides excellent chemical inertness, ultra-low trace metal leaching performance and stable structural integrity across a temperature range of -200°C to +250°C. With a hydrophobic non-stick surface and resistance to concentrated HF, HNO3 and aggressive organic solvents, this tray supports clean and reliable workflows in mining, geochemical and high-purity analytical laboratories.
The PTFE Laboratory Tray provides secondary containment during acid digestion and pretreatment of geological and mineral samples. It helps collect reagent drips, protect laboratory surfaces and maintain a cleaner preparation environment for trace analysis workflows.
This PTFE tray offers an inert working platform for placing PFA vessels, reagent containers and laboratory accessories during hydrometallurgical preparation and sample processing. Its corrosion resistance helps reduce contamination risks caused by reagent spills.
The ultra-clean PTFE surface is suitable for organizing sample containers used in ICP-MS and ICP-OES mineral analysis procedures. Low blank characteristics help maintain low background conditions and support reliable trace element detection.
The tray is also suitable for semiconductor component handling, pharmaceutical sample processing and other high-purity laboratory environments requiring contamination control and chemical resistance.
Manufactured with ultra-low trace metal leaching properties, the PTFE tray supports ppt-level clean laboratory environments. Its chemical inertness helps prevent background interference and cross-sample contamination during mineral trace analysis procedures.
The PTFE Laboratory Tray maintains structural stability from -200°C to +250°C and provides reliable performance during high-temperature auxiliary operations and low-temperature sample storage. Strong chemical resistance helps prevent corrosion and material degradation during long-term use.
The hydrophobic non-stick surface simplifies cleaning and decontamination procedures, reducing maintenance workload. The standard 130*170*30mm configuration supports common laboratory arrangements, while customization options provide flexibility for different workspace requirements.
The tray is compatible with PFA vials, reagent bottles, cleaning systems and laboratory hot plates. It integrates into mineral sample preparation, trace analysis and high-purity laboratory management workflows without requiring process modification.
Durable PTFE construction provides extended service life compared with ordinary plastic laboratory trays. The reusable design reduces replacement frequency and helps maintain stable laboratory operation over long-term use.
| Product Name | PTFE Laboratory Tray |
| Standard Specification | 130*170*30mm |
| Material | High-purity PTFE |
| Temperature Resistance Range | -200°C to +250°C |
| Chemical Resistance | Fully inert to concentrated HF, HNO3 and aggressive organic solvents |
| Surface Property | Hydrophobic, non-stick, easy decontamination |
| Purity Performance | Extremely low trace metal leaching, suitable for ppt-level cleanroom environments |
| Core Functions | Sample transport, secondary containment, laboratory bench protection, cleanroom organization |
| Applicable Fields | Geochemical laboratories, mineral trace analysis, semiconductor industry, pharmaceutical laboratories, high-purity material testing |
Customized PTFE tray configurations are available to meet specific laboratory requirements, including:
Custom tray length, width and height
Adjustable wall thickness specifications
FKN PANDA specializes in high-purity PTFE laboratory accessories for global mining laboratories, geochemical testing facilities and high-precision analytical environments. Our products are designed to support clean sample preparation workflows with reliable chemical resistance and low blank performance.
All PTFE trays are manufactured using high-purity raw materials to provide stable chemical inertness, temperature resistance and contamination control performance. Standard configurations support common laboratory applications, while customized dimensions help match specific workspace and equipment requirements.
With durable construction, flexible customization and stable supply capability, FKN PANDA delivers practical laboratory containment solutions for mineral testing, trace analysis and high-purity industrial applications.
Q1. How to select appropriate PTFE sample trays for different ore sample storage requirements in mineral testing laboratories?
Selecting PTFE sample trays should be based on sample characteristics, storage conditions, contamination control requirements, and laboratory workflow. Mining laboratories handling geological samples, prepared mineral samples, or materials for further testing should consider tray material compatibility, chemical exposure conditions, and organization requirements. Proper selection helps maintain sample integrity throughout the workflow from sample preparation and storage to mineral testing and metallurgical evaluation, supporting reliable laboratory management and efficient sample traceability.
Q2. What are the critical chemical resistance considerations for PTFE sample trays in mining laboratory applications?
Chemical resistance is an important consideration when PTFE sample trays are used in mining laboratories exposed to acids, reagents, or chemically active materials. The tray material should be evaluated according to the laboratory environment and the types of samples being handled. PTFE is commonly selected for applications requiring resistance to chemical exposure, helping laboratories reduce risks associated with sample degradation or contamination during mineral analysis, sample storage, and preparation procedures.
Q3. How does PTFE material composition affect sample contamination risks during mineral analysis?
Material selection plays an important role in controlling contamination risks during trace element analysis and mineral testing. PTFE sample trays are used in applications where chemical stability and clean sample handling are important considerations. By providing a suitable surface for sample storage and organization, PTFE trays can support controlled laboratory workflows and help maintain sample quality from preparation through analytical testing. Proper cleaning and handling procedures remain essential for consistent results.
Q4. Which PTFE sample tray specifications are suitable for mining laboratory sample storage systems?
The suitable PTFE sample tray specifications depend on sample quantity, laboratory workflow, storage requirements, and handling procedures. Mining exploration and mineral processing laboratories should evaluate tray dimensions, capacity, chemical compatibility, and integration with existing sample management systems. A suitable configuration helps technicians organize samples efficiently while supporting continuous laboratory operations, especially in environments involving multiple projects, geological samples, and repeated mineral testing activities.
Q5. Can PTFE sample trays be used in mineral sample preparation and testing workflows?
PTFE sample trays can support different stages of mining laboratory workflows, including sample organization, temporary storage, and preparation activities where chemical compatibility is required. Their application should be matched with specific laboratory procedures and sample handling requirements. When integrated properly, PTFE trays help maintain orderly sample management between sample preparation, mineral testing, and metallurgical evaluation processes, improving workflow consistency in exploration and production laboratories.
Q6. How do PTFE sample trays improve sample organization efficiency in mining laboratories?
Efficient sample organization is essential for laboratories handling large numbers of geological and mineral samples. PTFE sample trays provide a structured method for arranging and managing samples during preparation, storage, and analysis processes. Proper tray selection and inventory management can help technicians reduce handling errors, improve workflow visibility, and maintain better sample traceability throughout mineral testing and metallurgical research activities.
Q7. What are the differences between PTFE sample trays and other material sample trays for laboratory applications?
The selection between PTFE and other sample tray materials depends on the laboratory environment, chemical exposure, and testing requirements. PTFE sample trays are often considered for applications where chemical resistance and stable sample handling are important factors. Compared with standard materials, the suitability of PTFE should be evaluated according to the specific mineral testing workflow, sample characteristics, and operational requirements of the laboratory.
Q8. How do PTFE sample trays reduce sample contamination risks during acid exposure workflows?
In mining laboratories performing acid-related sample preparation or mineral analysis, contamination control is a key consideration. PTFE sample trays provide a chemically stable surface that can support controlled sample handling in environments where acid exposure may occur. To maintain analytical reliability, laboratories should combine suitable tray materials with proper cleaning procedures, handling practices, and contamination control protocols throughout the testing workflow.
Q9. How should laboratories maintain PTFE sample trays for continuous mining laboratory operation?
Regular maintenance and proper handling are important for extending the service life of PTFE sample trays in continuous laboratory operations. Recommended practices include appropriate cleaning procedures, preventing mechanical damage, and inspecting trays before repeated use. Mining laboratories should establish management procedures for sample handling equipment to ensure consistent operation during mineral testing, research activities, and long-term laboratory workflow management.
Q10. How can PTFE sample trays support high-throughput mining laboratory environments?
High-throughput mining laboratories require effective sample management systems to handle continuous testing activities. PTFE sample trays can support organized sample storage and handling during large-scale mineral testing workflows. When selected according to laboratory requirements, they help technicians manage multiple samples more efficiently while maintaining consistent procedures from sample preparation to analytical testing and metallurgical evaluation, supporting reliable laboratory operation during exploration and production projects.
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