Introduction
A muffle furnace rated for 1400 degrees Celsius is a high-temperature laboratory furnace used for the heating of the samples to the high temperatures, up to 1400 degrees Celsius, and it is used in the materials, the ceramics, the metallurgy, the chemistry, and the many other laboratories. The muffle furnace consists of an insulated heating chamber, the heating elements, such as the silicon carbide elements, a temperature control system with the thermocouple, and the door, and it heats the samples by the electrical heating, providing the controlled high temperatures, with the temperature uniformity; the muffle furnace rated for 1400 degrees Celsius is used for the ashing, for the heat treatment of the metals and the ceramics, for the sintering, for the melting, for the gravimetric analysis, for the preparation of the samples, and for many other applications, and it is available in various chamber sizes; the muffle furnace rated for 1400 degrees Celsius is an essential equipment for the high-temperature processing. Muffle furnaces rated for 1400 degrees Celsius are used in the materials laboratories, in the ceramics industry, in the metallurgy, in the research, and for many other applications. With their high temperatures, muffle furnaces rated for 1400 degrees Celsius are essential for the high-temperature processing.
Muffle Furnace LMF-T370
Muffle Furnace can reach a maximum temperature of 1400°C. The furnace has an internal chamber capacity of 36L, suitable for medium-scale heat treatment tasks. It uses silicon molybdenum...
Muffle Furnace LMF-T362
model of Muffle Furnace is a microprocessor controlled furnace having unique electronic design with user friendly operating menu in 4 line display for easy operation. It uses phase angl...
Muffle Furnace LMF-T361
model of Muffle Furnace is a microprocessor controlled furnace having unique electronic design with user friendly operating menu in 4 line display for easy operation. It uses phase angl...
Muffle Furnace LMF-T360
model of Muffle Furnace is a microprocessor controlled furnace having unique electronic design with user friendly operating menu in 4 line display for easy operation. It uses phase angl...
Muffle Furnace LMF-T352
model of Muffle Furnace is a microprocessor controlled furnace having unique electronic design with user friendly operating menu in 4 line display for easy operation. It uses phase angl...
Muffle Furnace LMF-T351
model of Muffle Furnace is a microprocessor controlled furnace having unique electronic design with user friendly operating menu in 4 line display for easy operation. It uses phase angl...
Muffle Furnace LMF-T350
model of Muffle Furnace is a microprocessor controlled furnace having unique electronic design with user friendly operating menu in 4 line display for easy operation. It uses phase angl...
Muffle Furnace LMF-T342
model of Muffle Furnace is a microprocessor controlled furnace having unique electronic design with user friendly operating menu in 4 line display for easy operation. It uses phase angl...
Muffle Furnace LMF-T340
model of Muffle Furnace is a microprocessor controlled furnace having unique electronic design with user friendly operating menu in 4 line display for easy operation. It uses phase angl...
Muffle Furnace LMF-T341
model of Muffle Furnace is a microprocessor controlled furnace having unique electronic design with user friendly operating menu in 4 line display for easy operation. It uses phase angl...
Muffle Furnace LMF-T332
model of Muffle Furnace is a microprocessor controlled furnace having unique electronic design with user friendly operating menu in 4 line display for easy operation. It uses phase angl...
Muffle Furnace LMF-T331
model of Muffle Furnace is a microprocessor controlled furnace having unique electronic design with user friendly operating menu in 4 line display for easy operation. It uses phase angl...
Muffle Furnace LMF-T330
model of Muffle Furnace is a microprocessor controlled furnace having unique electronic design with user friendly operating menu in 4 line display for easy operation. It uses phase angl...
Muffle Furnace LMF-T322
model of Muffle Furnace is a microprocessor controlled furnace having unique electronic design with user friendly operating menu in 4 line display for easy operation. It uses phase angl...
Muffle Furnace LMF-T321
model of Muffle Furnace is a microprocessor controlled furnace having unique electronic design with user friendly operating menu in 4 line display for easy operation. It uses phase angl...
Muffle Furnace LMF-T320
model of Muffle Furnace is a microprocessor controlled furnace having unique electronic design with user friendly operating menu in 4 line display for easy operation. It uses phase angl...
Muffle Furnace LMF-T312
model of Muffle Furnace is a microprocessor controlled furnace having unique electronic design with user friendly operating menu in 4 line display for easy operation. It uses phase angl...
Muffle Furnace LMF-T310
model of Muffle Furnace is a microprocessor controlled furnace having unique electronic design with user friendly operating menu in 4 line display for easy operation. It uses phase angl...
Muffle Furnace LMF-T311
model of Muffle Furnace is a microprocessor controlled furnace having unique electronic design with user friendly operating menu in 4 line display for easy operation. It uses phase angl...
Standards
IEC 61010-2-010:2020-Particular requirements for laboratory equipment for the heating of materials
Complies with the above standards, but is not limited to them.
Features
1. Muffle furnace with maximum temperature of 1400 degrees Celsius for high-temperature processing.
2. Premium ceramic fiber insulation with high-temperature heating elements for reliable operation.
3. Digital programmable controller with precise temperature regulation.
4. Suitable for advanced ceramics sintering, metal heat treatment and high-temperature research.
5. Includes furnace chamber, controller, thermocouple and operation manual.
FAQ
Q1: What testing scenarios is this furnace mainly applied to?
A: The 1400 degree muffle furnace is used in advanced materials research, ceramics manufacturing, metallurgy, geological laboratories and high-temperature research to process samples at temperatures up to 1400 degrees. It supports sintering of advanced ceramics including alumina, zirconia and silicon carbide, metal annealing and hardening, glass melting and refining, geological sample fusion, ash fusion testing and high-temperature material synthesis. The 1400 degree capability enables processing of materials that require higher temperatures than standard furnaces can provide, such as technical ceramics, refractory materials and certain high-temperature alloys. It is essential for materials research laboratories, ceramic production facilities and metallurgical departments requiring reliable high-temperature heating for material development, process optimization and quality control where temperatures up to 1400 degrees are necessary for densification, phase transformation or complete reaction.
Q2: What standards does the furnace comply with?
A: The furnace complies with relevant IEC 61010 laboratory electrical safety standards and GB/T standards for high-temperature laboratory furnaces. Specific applications follow their own test methods. Temperature accuracy should be verified with a calibrated reference thermocouple rated for 1400 degrees. Heating elements should be appropriate for the temperature rating.
Q3: What is the warranty period for the whole machine and key components?
A: The whole furnace is covered by a 12-month warranty. The heating elements, controller and insulation are covered, while thermocouples and crucibles are consumables. Damage from overheating beyond 1400 degrees, corrosive samples or unauthorized repair is excluded. Extended service contracts are available.
Q4: Is this device difficult to operate? Is professional training required?
A: Operation requires training in high-temperature furnace safety, programming and material processing. We provide an operation manual and remote guidance. Proper sample placement, ramp rate programming and cooling procedures are critical for safe operation and preventing thermal shock to samples and furnace.
Q5: What is the typical lead-time for order delivery?
A: Standard models require 7-30 working days. In-stock units can ship within 3-7 working days. Custom configurations or large built-to-order systems may require additional time, and we confirm the exact schedule before order confirmation.
Q6: Is regular calibration required? What is the recommended calibration cycle?
A: Temperature calibration against a reference thermocouple is recommended every 6-12 months. Heating element condition inspected periodically. Thermocouple replacement when drift is detected. Routine chamber cleaning recommended. Insulation integrity should be monitored for high-temperature operation.
Q7: Are supporting consumables universal?
A: Crucibles, thermocouples and heating elements are available from specialized suppliers, though compatibility with 1400 degree operation should be verified. Long-term consumable cost is moderate to high due to high-temperature operation.
Q8: Can I customize parameters or supporting accessories?
A: Customization includes chamber size, controller type, atmosphere control and heating element type. Additional crucibles and accessories can be ordered separately. Custom orders extend delivery lead-time.
Q9: Does the purchase include on-site installation and commissioning service?
A: Standard delivery includes the furnace and controller with an operation manual. On-site installation, calibration and training are recommended for high-temperature furnaces and can be arranged at additional cost. Remote guidance is provided.
Q10: What types of samples are compatible with this equipment?
A: The furnace heats solid samples within the 1400 degree maximum and chamber capacity. Volatile or flammable samples should not be heated. Highly corrosive or low-melting-point samples can damage the chamber. Users should use crucible material rated for 1400 degrees (alumina, platinum, etc.), program appropriate ramp rates to prevent thermal shock, avoid overloading, and allow controlled cooling. Continuous operation at maximum temperature should be limited to prolong heating element and insulation life. Proper ventilation should be provided for fume extraction.
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