Order Code	Product Name
L-02-05-M01	Quartz Sub-boiling Distiller for Mining Laboratory Ultra-Pure Acid Preparation

Quartz Sub-boiling Distiller for Mining Laboratory Ultra-Pure Acid Preparation

Brief Introduction

The Quartz Sub-boiling Distiller is a professional ultra-pure acid preparation device specially developed for high-precision mineral and metallurgical laboratories. Adopting high-purity quartz material and sub-boiling distillation principle, the equipment effectively reduces metal ion contamination during acid purification and supports the preparation of ultra-low impurity analytical-grade acids required for trace mineral elemental testing.

This series includes multiple models with hourly production ranging from 400 ml to 2500 ml, covering small-scale experimental preparation and large-volume daily laboratory supply requirements. With standardized 220V 50Hz power configuration, compact integrated structure and stable power output, the distiller supports continuous purification of nitric acid, hydrochloric acid and other mineral pretreatment reagents.

It provides reliable reagent preparation support for mineral sample digestion, trace element analysis and hydrometallurgical laboratory evaluation where reagent purity and testing repeatability are critical.

Application Scope

This quartz sub-boiling distiller is widely applicable to mining laboratory workflows, including sample preparation, metallurgical testing and trace mineral analysis.

Sample Preparation

The equipment produces high-purity distilled acids for ore acid digestion, sample dissolution and reagent dilution procedures. Sub-boiling low-temperature distillation helps reduce heavy metal and impurity cross-contamination, providing cleaner pretreatment conditions for trace element detection of ores, tailings and mineral concentrates.

Metallurgical Testing and Mineral Analysis

Purified ultra-pure acids reduce reagent background interference during ICP, AAS and atomic absorption analysis. By providing stable-quality analytical reagents, the distiller supports accurate quantification of micro and trace metal elements in mineral samples and improves the repeatability of elemental testing results.

Hydrometallurgy Application

High-purity distilled acids are suitable for leaching solution preparation, precipitant configuration and wet chemical reaction testing. Cleaner acid reagents help minimize external interference during hydrometallurgical experiments and support reliable laboratory evaluation procedures.

Features

• High-purity quartz overall structure provides stable chemical inertness, reducing metal ion precipitation and impurity contamination during acid distillation for trace mineral analysis applications.

• Sub-boiling low-temperature distillation technology reduces acid liquid splashing and aerosol contamination, maintaining stable purity and quality of distilled reagents.

• Multiple model configurations provide production capacities from 400 ml/h to 2500 ml/h, allowing laboratories to select suitable equipment according to daily reagent preparation requirements.

• Reasonable power matching design maintains stable distillation efficiency and consistent reagent purification performance during long-hour continuous operation.

• Compact integrated structure saves laboratory bench space and allows flexible installation inside mining and wet metallurgy laboratory environments.

• Standard 220V 50Hz voltage configuration is compatible with conventional laboratory electrical systems for convenient deployment.

Specification

Model	Production Capacity	Power	Voltage	Dimension	Weight
Standard Model	800–1000 ml/h	2000W	220V 50Hz	500×190×500mm	6kg
FKN-ZJ-348	400–500 ml/h	1000W	220V 50Hz	450×180×450mm	5kg
FKN-ZJ-350	1800–2000 ml/h	2500W	220V 50Hz	500×330×490mm	9kg
FKN-ZJ-351	2500 ml/h	3000W	220V 50Hz	500×330×490mm	9kg

Why Choose FKN PANDA

FKN PANDA Quartz Sub-boiling Distiller supports reliable testing accuracy. High-purity quartz material and sub-boiling distillation technology reduce reagent impurity interference, providing cleaner acids for trace mineral analysis and improving the consistency of elemental testing procedures.

It delivers strong operational reliability. The chemically inert quartz structure provides corrosion resistance and stable performance during continuous acid purification tasks in demanding mining laboratory environments.

The equipment improves laboratory efficiency. Multiple production capacity options allow laboratories to select suitable models for different reagent consumption levels, while stable hourly output supports continuous acid supply for routine testing workflows.

It provides excellent mining workflow compatibility. Purified acids produced by the distiller support ore digestion, trace element analysis and hydrometallurgical wet chemistry procedures, connecting reagent preparation with downstream mineral testing operations.

From a cost effectiveness perspective, durable quartz construction reduces frequent replacement requirements. Different capacity models help laboratories avoid unnecessary energy consumption caused by unsuitable equipment selection, providing practical ultra-pure acid preparation solutions for mining and metallurgical laboratories.

Quartz Sub-Boiling Distiller – FAQ

Q1. How to select a quartz sub-boiling distiller for high-purity acid purification in mining laboratory workflows?

Selecting a quartz sub-boiling distiller for mining laboratories requires consideration of acid types, required purity level, processing volume, heating configuration, and compatibility with trace element analysis workflows. In mineral testing and metallurgical laboratories, purified acids are often required for sample digestion and ultra-trace analysis applications. The selected system should match laboratory requirements for contamination control, operational stability, and routine workload. Proper selection supports reliable sample preparation processes from ore digestion through analytical testing, helping laboratories maintain consistent conditions for accurate geochemical and metallurgical evaluations.

Q2. What factors should be considered when specifying heater power and condenser design for quartz acid distillation systems?

Heater power and condenser design are important factors affecting distillation performance and operational stability. The configuration should be evaluated according to acid type, required distillation rate, laboratory workload, and heat transfer requirements. In mining laboratories, stable evaporation and condensation processes help reduce contamination risks during acid purification. A suitable quartz distillation system should provide controlled heating conditions while maintaining compatibility with corrosive chemical environments used in mineral analysis and metallurgical sample preparation workflows.

Q3. How does sub-boiling distillation design affect acid purity in ICP-MS and trace metal analysis sample preparation?

Sub-boiling distillation design plays an important role in controlling contamination during acid purification. Compared with conventional boiling methods, sub-boiling processes are designed to minimize direct boiling action and reduce potential impurity transfer during evaporation and condensation. For ICP-MS and trace element analysis, purified acids contribute to improved control of background contamination during sample digestion procedures. Laboratories should evaluate system materials, operating conditions, and cleaning practices to ensure the distiller supports their analytical requirements.

Q4. Can quartz sub-boiling distillers handle continuous operation for high-volume acid purification in mining assay laboratories?

Quartz sub-boiling distillers can be considered for continuous or repeated acid purification tasks when the equipment configuration matches laboratory demand. Mining assay laboratories performing frequent digestion and trace analysis may require stable reagent preparation capabilities to support ongoing testing operations. Long-term operation should include appropriate monitoring of quartz components, heating systems, and cleaning procedures. Proper maintenance planning helps laboratories maintain reliable acid purification workflows during exploration programs, production testing, and laboratory expansion activities.

Q5. What quartz quality and thickness specifications are required for chemical resistance in concentrated acid distillation?

Quartz material selection is a key consideration for acid purification applications because the distiller components must withstand corrosive chemical environments. Laboratories should evaluate quartz quality, component design, and compatibility with the acids used in their analytical procedures. In mining and metallurgical laboratories, appropriate material selection helps reduce contamination risks and supports stable operation during repeated purification cycles. The final specification should be based on the required chemical resistance, operating conditions, and laboratory testing workflow.

Q6. How to optimize distillation temperature control for maximum acid recovery and minimal contamination in sub-boiling systems?

Temperature control is essential for maintaining stable sub-boiling distillation performance. Optimizing temperature settings requires consideration of acid characteristics, desired distillation rate, and contamination control requirements. In trace element analysis workflows, excessive heating conditions may affect process stability, while insufficient control can reduce operational efficiency. A properly controlled quartz distillation system helps laboratories achieve consistent acid purification conditions and supports reliable sample preparation for mineral testing, geochemical analysis, and metallurgical evaluation.

Q7. How to integrate quartz sub-boiling distillers into a complete ultra-clean sample preparation workflow for mining exploration?

Quartz sub-boiling distillers can be integrated into ultra-clean sample preparation workflows as part of the reagent preparation stage. In mining exploration laboratories, purified acids are commonly used for digestion procedures before trace element analysis. Integration should consider laboratory cleanliness requirements, workflow organization, chemical handling procedures, and compatibility with downstream analytical instruments. When properly incorporated, the distiller supports a controlled preparation process from sample collection and digestion through mineral analysis and technical decision-making.

Q8. Which parameters most influence acid purity and metal contamination levels in quartz sub-boiling distillation outputs?

Acid purity after sub-boiling distillation is influenced by multiple factors, including raw acid quality, equipment material compatibility, cleaning procedures, operating conditions, and environmental control. For trace metal analysis, contamination prevention requires attention to every stage of reagent preparation. Mining laboratories should establish appropriate operating procedures and verification methods according to analytical requirements. A well-maintained quartz distillation system helps support consistent reagent quality for applications such as ICP-MS sample preparation and multi-element ore analysis.

Q9. What maintenance schedule is critical for quartz vessel inspection, heater elements, and condenser cleaning in sub-boiling distillers?

Regular maintenance is important for maintaining stable performance and reducing operational interruptions. Key maintenance activities include inspecting quartz components for damage, checking heating elements, cleaning condenser areas, and reviewing system connections. The maintenance frequency depends on operating conditions, acid types, usage intensity, and laboratory procedures. For mining laboratories with continuous analytical workloads, preventive inspection helps protect equipment reliability and supports consistent acid purification during mineral testing and metallurgical sample preparation processes.

Q10. What are the key selection criteria when choosing between quartz and PTFE sub-boiling distillation systems for mining applications?

The choice between quartz and PTFE sub-boiling distillation systems should be based on chemical compatibility, contamination control requirements, acid types, and laboratory application needs. Quartz systems are commonly considered for high-purity acid preparation where material purity and trace analysis requirements are important. PTFE configurations may offer advantages for certain chemical environments. Mining laboratories should evaluate their analytical methods, reagent requirements, and workflow conditions to select a suitable distillation system for reliable sample preparation and testing operations.

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