Category
|
Order Code |
Product Name |
|
L-01-09-M02 |
1700°C High Temperature Muffle Furnace for Mining Laboratory Thermal Processing |
The 1700°C Series High-Temperature Muffle Furnace is a professional thermal processing system designed for mining laboratories, metallurgical laboratories, and material research facilities. It supports ultra-high-temperature sintering, oxidation testing, and heat treatment processes for mineral samples, refractory materials, and metallurgical specimens.
Equipped with premium 1800-grade silicon molybdenum rod heating elements and a high-purity alumina polycrystalline fiber chamber, this furnace provides stable and contamination-free thermal environments up to 1700°C. It supports long-duration continuous operation at 1600°C, meeting demanding laboratory requirements for mineral analysis and metallurgical testing workflows.
The furnace integrates B-type double platinum-rhodium thermocouples and a 50-segment programmable PID temperature control system, enabling linear temperature regulation with ±1°C accuracy. The double-shell air-cooled structure improves operational safety and structural stability during high-load laboratory operation.
The 1700°C High Temperature Muffle Furnace is widely used in mining assay laboratories, metallurgical research institutions, industrial quality control departments, and scientific research centers. It supports standardized high-temperature pretreatment and thermal testing procedures for mineral and material evaluation.
Suitable for high-temperature roasting, decarbonization, impurity removal, and ignition loss testing of ores, refractory minerals, rock samples, and mining raw materials. The high-purity chamber design helps maintain sample cleanliness during thermal treatment for subsequent XRF and chemical composition analysis.
Applied for high-temperature sintering, thermal stability testing, and annealing of metal materials, alloy samples, and smelting auxiliary materials. It provides stable heating conditions for metallurgical process verification and refractory material performance evaluation.
Suitable for laboratory sintering and experimental research of advanced ceramics and composite materials, providing consistent ultra-high-temperature conditions for research activities and batch quality inspection.
Adopts 1800-grade silicon molybdenum rod heating elements with excellent high-temperature oxidation resistance. The furnace supports continuous stable operation at 1600°C and a maximum temperature of 1700°C, maintaining consistent thermal field performance for long-term laboratory testing.
The vacuum-formed high-purity alumina polycrystalline fiber chamber provides strong high-temperature chemical stability. It reduces volatile impurities during heating and helps prevent sample contamination during mineral treatment and material testing procedures.
Integrated with B-type double platinum-rhodium thermocouples and a 50-segment PID programmable control system, the furnace enables standardized heating curves with ±1°C temperature control accuracy for repeatable laboratory thermal processing.
The double-layer sheet metal shell with an internal air convection cooling structure helps maintain surface temperature within ambient temperature +45°C during long-duration high-temperature operation, supporting safer laboratory working conditions.
Optimized heating configuration and structural design improve operational stability during extreme temperature applications. The furnace supports frequent batch testing and continuous laboratory operation requirements.
| Max Temperature | Chamber Dimensions (D×W×H) | Volume | External Dimensions (D×W×H) | Net Weight | Power | Power Supply |
|---|---|---|---|---|---|---|
| 1700°C | 150×150×150 mm | 3L | 560×510×870 mm | 140 kg | 4 kW | 220V, Single-phase, 50/60Hz |
| 1700°C | 200×200×200 mm | 8L | 620×600×920 mm | 165 kg | 5 kW | 220V, Single-phase, 50/60Hz |
| 1700°C | 300×200×200 mm | 12L | 695×600×920 mm | 200 kg | 6 kW | 220V, Single-phase, 50/60Hz |
| 1700°C | 320×250×250 mm | 20L | 730×610×970 mm | 260 kg | 7 kW | 380V, 3-phase, 50/60Hz |
| 1700°C | 400×300×300 mm | 36L | 870×1050×1250 mm | 300 kg | 13 kW | 380V, 3-phase, 50/60Hz |
| 1700°C | 400×400×400 mm | 64L | 870×1150×1635 mm | 460 kg | 18 kW | 380V, 3-phase, 50/60Hz |
The high-purity alumina fiber chamber reduces volatile contamination, while the B-type platinum-rhodium thermocouple and PID programmable control system provide ±1°C temperature regulation. Stable thermal conditions support consistent mineral roasting, sintering, and metallurgical testing results.
Premium silicon molybdenum heating elements provide high-temperature durability for continuous operation at 1600°C. The dual-layer air-cooled structure improves equipment protection and supports stable laboratory performance during intensive testing schedules.
The 50-segment programmable temperature control system enables repeatable heating procedures and reduces manual operation requirements. Multiple chamber volume options allow laboratories to select suitable configurations according to sample processing requirements.
The furnace integrates with mineral roasting, loss-on-ignition testing, refractory material analysis, and metallurgical heat treatment workflows. Its laboratory-oriented design supports standardized testing procedures in mining and metallurgical facilities.
Long-service-life heating elements and durable chamber materials help reduce replacement frequency and maintenance requirements. Stable operation provides mining and metallurgical laboratories with reliable long-term thermal processing performance.
Q1. How to select a high-temperature muffle furnace for metallurgical laboratory applications?
Selecting a 1700°C high-temperature muffle furnace requires evaluation of the laboratory’s testing objectives, sample characteristics, operating temperature requirements, and workflow demands. Mining and metallurgical laboratories should consider applications such as fire assay preparation, high-temperature fusion studies, slag evaluation, reduction experiments, and mineral processing research. Key factors include chamber capacity, temperature control capability, heating system design, crucible compatibility, power requirements, and long-term operating conditions. Proper equipment selection helps laboratories establish reliable thermal processing procedures from sample preparation through metallurgical evaluation and supports consistent analytical workflows.
Q2. What are the key differences between a 1700°C muffle furnace and a 1200°C model for mineral laboratory applications?
The primary difference between a 1700°C and a 1200°C muffle furnace is the maximum operating temperature range and the types of thermal processing applications they support. A 1700°C furnace is designed for higher-temperature processes such as advanced fusion studies, refractory material testing, slag research, and metallurgical experiments requiring elevated temperatures. A 1200°C furnace is generally suitable for lower-temperature applications including calcination, ashing, and routine thermal treatment. Laboratories should select the appropriate model based on sample composition, research objectives, and required thermal conditions.
Q3. Can a 1700°C high-temperature muffle furnace be used for gold ore fire assay and fusion preparation?
A 1700°C high-temperature muffle furnace can support specialized metallurgical laboratory applications involving high-temperature thermal treatment and fusion-related research. For gold ore fire assay workflows, laboratories typically evaluate furnace performance based on temperature stability, heating uniformity, crucible compatibility, and repeatability of operating conditions. The suitability of the furnace depends on the specific assay procedure, flux system, sample characteristics, and laboratory requirements. Proper operating parameters and standardized procedures are important for maintaining consistent preparation quality during precious metal analysis workflows.
Q4. How does temperature accuracy affect high-temperature fusion and metallurgical testing results?
Temperature accuracy is an important factor in high-temperature mineral processing experiments because thermal conditions can influence melting behavior, phase transformation, oxidation reactions, and sample characteristics. In metallurgical laboratories, stable temperature monitoring and control help improve repeatability between different testing cycles. When performing fusion studies, slag evaluation, or mineral transformation experiments, laboratories should consider temperature measurement methods, calibration procedures, and operating stability. Consistent thermal conditions support reliable sample preparation and provide a controlled foundation for subsequent mineral testing and process evaluation.
Q5. What factors should be considered when selecting crucibles for a 1700°C muffle furnace?
Crucible selection for a 1700°C muffle furnace depends on operating temperature, sample composition, chemical interaction risks, and the purpose of the thermal experiment. Different metallurgical applications may require crucibles with suitable resistance to thermal stress, chemical reactions, and high-temperature conditions. For processes involving slags, mineral concentrates, or fusion studies, laboratories should evaluate crucible compatibility with the specific materials being processed. Proper crucible selection helps reduce contamination risks, protect experimental consistency, and maintain reliable conditions during high-temperature laboratory operations.
Q6. How can laboratories maintain temperature stability during extended high-temperature operation?
Maintaining temperature stability during extended operation requires proper equipment setup, regular calibration, suitable loading practices, and routine inspection of key components. Factors such as heating element condition, insulation performance, chamber loading arrangement, and temperature control system operation can influence thermal consistency. For mining laboratories conducting continuous metallurgical testing, preventive maintenance and standardized operating procedures help reduce variations during repeated high-temperature experiments. Stable temperature performance supports reliable fusion, roasting, and material evaluation processes where consistent thermal exposure is required.
Q7. What maintenance procedures are important for prolonging the service life of a 1700°C muffle furnace?
Maintenance of a 1700°C muffle furnace should focus on heating elements, refractory lining, temperature control components, electrical systems, and chamber condition. Regular inspection helps identify wear caused by high-temperature operation, thermal cycling, or chemical exposure from processed materials. Laboratories should follow equipment-specific maintenance schedules and operating guidelines to maintain performance. Proper maintenance practices support long-term reliability during continuous mineral testing, metallurgical research, and quality control activities while helping reduce unexpected downtime in laboratory operations.
Q8. How does crucible placement and furnace loading affect high-temperature sample processing?
Furnace loading arrangement can influence heat distribution, sample exposure, and processing consistency during high-temperature operations. Laboratories should consider crucible positioning, spacing between samples, batch size, and chamber utilization when preparing multiple samples. Improper loading may create uneven thermal conditions and affect experimental repeatability. For metallurgical laboratories performing fusion studies, slag analysis, or mineral transformation research, standardized loading procedures help maintain consistent processing conditions and improve the reliability of test results.
Q9. What factors should be considered when installing a 1700°C muffle furnace in a new mining laboratory?
Installation planning for a 1700°C muffle furnace should consider laboratory layout, electrical requirements, ventilation conditions, safety arrangements, workflow integration, and future operational needs. The furnace location should support efficient movement between sample preparation, thermal treatment, and analytical testing areas. For new laboratory setups or expansion projects, engineers should evaluate expected workload, operating environment, and maintenance accessibility. Proper installation planning helps create a reliable working environment for high-temperature mineral processing studies and continuous metallurgical laboratory operations.
Q10. How can laboratories ensure reproducible fusion conditions when processing mineral samples at high temperatures?
Reproducible high-temperature fusion requires consistent control of sample preparation, heating parameters, crucible selection, loading methods, and cooling procedures. Mining laboratories should establish standardized operating protocols based on sample type and testing objectives. Factors such as temperature profile, holding time, thermal uniformity, and material compatibility should be carefully controlled. By maintaining consistent preparation and operating practices, laboratories can improve repeatability in metallurgical experiments, support reliable mineral evaluation, and generate more consistent data for process development decisions.
{ "@context": "https://schema.org", "@graph": [ { "@type": "Organization", "@id": "https://www.fknmed.com/mining-lab-supplies/#organization", "name": "FKN GROUP LIMITED", "contactPoint": { "@type": "ContactPoint", "telephone": "+86 13770648803", "email": "liu-liming@fknmed.com", "contactType": "customer service" } }, { "@type": "Product", "@id": "https://www.fknmed.com/thermal-processing-digestion-equipment/1700-degree-high-temperature-muffle-furnace.html#product", "name": "1700°C High Temperature Muffle Furnace for Mining Laboratory Thermal Processing", "description": "The 1700°C High Temperature Muffle Furnace is designed for mining and metallurgical laboratories, supporting ultra-high-temperature sintering, roasting, oxidation testing, and heat treatment of mineral samples, refractory materials, and metallurgical specimens with stable thermal performance.", "image": "https://www.fknmed.com/static/upload/image/20260726/1785034476145096.jpg", "brand": { "@type": "Brand", "name": "FKN PANDA" }, "manufacturer": { "@id": "https://www.fknmed.com/mining-lab-supplies/#organization" }, "offers": { "@type": "Offer", "url": "https://www.fknmed.com/thermal-processing-digestion-equipment/1700-degree-high-temperature-muffle-furnace.html", "availability": "https://schema.org/InStock" } } ] }Contact Information
E-mail:
Tel:
Address : Room 2512, Unit 1, Huaqiao Square, No.1, Daqiao North Road, Jiangbei New District, Nanjing, China
Veterinary Equipment
Medical Equipment
There is currently no content to display
