Which is more widely used, experimental rotary furnace or ordinary tube furnace?

Experimental rotary furnaces and ordinary tube furnaces have their own focuses in application fields, and it is difficult to simply determine which application is more widespread because they each have unique characteristics and scope of application.
Experimental rotary furnace
Experimental rotary furnace, also known as rotary tube furnace or rotary furnace, is a commonly used heat treatment equipment in laboratories. It has a wide range of applications in multiple fields due to its unique rotating design and efficient heating performance, mainly including:
Material sintering: Suitable for the sintering process of various materials, such as ceramics, metal powders, etc. By high-temperature sintering, the density, strength, and corrosion resistance of materials can be improved.
Coating preparation: It can be used to prepare various coatings on the surface of substrates, such as ceramic coatings, metal coatings, etc., to enhance the wear resistance, corrosion resistance, and aesthetics of the substrate.
Chemical reaction: Its high temperature environment can be used to promote the progress of chemical reactions, such as synthesizing new materials, preparing catalysts, etc.
Widely applicable fields: Rotary tube furnaces are widely used in various fields such as ceramics, metallurgy, electronics, and new energy. For example, in the ceramic industry, it is used for the firing process of ceramic products; Used for sintering and melting metal powders in the metallurgical industry; Used in the electronics industry for the preparation of semiconductor materials, coatings, and thin films; In the field of new energy, it is used for material preparation in areas such as solar cells and fuel cells.
In addition, the experimental rotary furnace is designed specifically for achieving good consistency in sintering inorganic compounds. It features a tilting furnace body and a 360 ° rotating furnace tube, and can be filled with gases such as nitrogen, argon, and hydrogen as needed. An external vacuum pump is used in a vacuum state. These characteristics give it unique advantages in scientific research experiments.
Ordinary tube furnace
Ordinary tube furnace is also a common high-temperature equipment, and its application fields are equally wide and important. It is mainly used for processes such as heating, drying, and calcination, and is an indispensable and important equipment in industrial production, laboratories, and medical fields. Tube furnace has the advantages of simple furnace structure, easy operation, and easy control, and can be used in various models (such as single tube, double tube, horizontal, openable, vertical, etc.) to meet the needs of different scenarios.
Tube furnaces play a crucial role in industries such as metallurgy, glass, and heat treatment. It is used to measure the performance of materials under certain temperature or atmosphere conditions, providing data support for process improvement and product optimization. In the fields of lithium-ion positive and negative electrode materials, new energy, etc., tube furnaces also play a key role. In addition, tube furnaces are widely used in experiments and small-scale production in colleges, research institutes, industrial and mining enterprises, providing convenience for scientific research and teaching work.
general comparison
Application scope: Both have applications in multiple fields, but experimental rotary furnaces are more prominent in scientific research experiments, while ordinary tube furnaces are more focused on general applications in industrial production and laboratories.
Functional features: The experimental rotary furnace is renowned for its unique rotating design and the ability to precisely control temperature and atmosphere; The ordinary tube furnace is characterized by its simple structure, convenient operation, and wide range of application fields.
Therefore, it is difficult to simply determine which application is more widespread between experimental rotary furnaces and ordinary tube furnaces, as they each play important roles in different fields and scenarios.