What is an ashing furnace?Ashing furnace is a high-temperature resistance furnace designed specifically for rapid ashing of coal, coke, petroleum and other substances. It is widely used in laboratories of power, coal, chemical, metallurgical, research institutes, and colleges and universities for ashing and ash determination, and is one of the commonly used coal analysis equipment.
09-05
What is the working principle of a fluidized bed vertical tube furnace?The working principle of fluidized bed vertical tube furnace is mainly based on the fluidization characteristics of gas and its application in solid material heat treatment or sample processing. Let’s take a look at the specific working principle of the fluidized bed vertical tube furnace below!
09-04
Structural characteristics of laboratory rotary furnaceThe laboratory rotary furnace has the structural characteristics of compact structure, uniform heating, precise temperature control, stable transmission, good sealing, controllable atmosphere, and comprehensive safety protection. These characteristics have led to the widespread application of laboratory rotary furnaces in research fields such as materials science and chemical engineering.
09-03
What materials are suitable for calcination in laboratory rotary furnaces?The laboratory rotary furnace, as a multifunctional heat treatment equipment, is suitable for the calcination of various materials. Its main advantage is that it can provide a uniform heating environment and fully mix and react materials in the furnace through rotation.
09-03
What are the advantages of laboratory rotary furnaces?The laboratory rotary furnace has many significant advantages, which have made it widely used in scientific research, teaching, and industrial production. The following is a detailed explanation of the advantages of laboratory rotary furnaces:
09-03
What materials are suitable for laboratory rotary furnaces to process?As a thermal equipment, laboratory rotary furnace is suitable for processing various materials, mainly suitable for granular and powdered materials that require high-temperature calcination, roasting or drying.
09-03
Laboratory rotary furnace operation processThe operation process of the laboratory rotary furnace is a complex process that includes multiple steps such as preparation work, start-up and preheating, feeding and operation, experiment completion and cleaning. Only by strictly following the operating procedures can the safety of the experiment and the accuracy of the results be ensured.
09-03
Common faults and solutions of laboratory rotary furnacesCommon faults in laboratory rotary furnaces involve multiple aspects such as power supply, temperature control, transmission system, furnace atmosphere, furnace body damage, and gas and cooling systems. When a malfunction occurs, it should be investigated and repaired according to the specific phenomenon to ensure the normal operation of the rotary furnace and the accuracy of experimental results. Meanwhile, regular maintenance and upkeep are also important measures to prevent malfunctions from occurring.
09-03
How to maintain an experimental rotary furnace?The maintenance work of experimental rotary furnaces involves multiple aspects, including daily cleaning and maintenance, regular inspection and replacement, lubrication management, safety protection, and long-term storage and maintenance. By developing and implementing a scientific maintenance plan, the normal operation and extended service life of equipment can be ensured.
09-03
What experiments are generally suitable for experimental rotary furnaces?Experimental rotary furnaces have broad application value in research and production in multiple fields. By controlling parameters such as temperature, atmosphere, and rotation speed inside the furnace, experimenters can simulate different process conditions, study the properties and behavior of materials, and provide strong support for new material development, process optimization, and industrial production.
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