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Welcome to the official website of Hunan Xirui Automation Equipment Co., Ltd!
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Specializing In The Design And Manufacturing Of
Ultra-high Temperature Industrial Electric Furnaces
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FAQ
Working Principle and Application of Graphitization Furnace
The graphitization furnace is mainly used for high temperature treatment such as purification of graphite powder. Its use temperature is up to 2800. High production efficiency, energy saving. Through the online temperature measurement and control system, the temperature in the furnace can be monitored in real time and adjusted automatically.
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2023
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How to Adjust the Temperature of Vapor Deposition Furnace
Regarding the temperature adjustment point of the vapor deposition furnace, many people are paying attention to the actual peak temperature. Within the temperature range of the sintering furnace, too high will be regarded as over-burning, and too low will be regarded as under-burning. Both cases are not The sintering effect, firmly grasping the temperature control is the key to find the sintering temperature range. So, let's learn how to adjust the temperature of the next vapor deposition furnace!
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Precautions for use and daily maintenance of vapor deposition furnace
Vapor deposition furnace is mainly used for the sintering of ceramic powder, ceramic ferrule and other zirconia ceramics. Diamond saw blade sintering has the advantages of low energy consumption and low decarburization. Then, let's learn about the matters needing attention in the use of vapor deposition furnace and daily maintenance!
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Growth Principle of SiC Silicon Carbide Single Crystal
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Introduction to the principle of manufacturing structure of graphitization furnace production technology
The graphitization furnace includes a heat preservation cylinder, both ends of the heat preservation cylinder are rotatably connected with end covers through bearings, the end covers are connected with legs, electric heating rods are fixed between the two end covers, internal thread blades are fixed in the heat preservation cylinder, a feed port is fixed at the top of one end cover, a discharge port is fixed at the bottom of the other end cover, an external gear is fixed outside the heat preservation cylinder, the external gear is meshed with the power gear, and the power gear is connected with the rotary power device. The technical structure is simple, easy to use, makes full use of the heat of the heater, and reduces the heat insulation requirements of the heat insulation shell.
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Detailed explanation of graphitization furnace and auxiliary equipment
The graphitization furnace is a resistance furnace designed according to the principle of Joule's law, heated directly and operated intermittently. For the graphitization furnace, the furnace core is composed of products installed in the furnace and a small amount of resistive material. It is a heating resistor and a heated object. For the inner tandem furnace, the product loaded in the furnace is the furnace core, which is graphitized by its own heat.
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Experts introduce the working principle of graphitization furnace
The graphitization furnace refers to the graphitization furnace named after the inventor Acheson. The Acheson furnace was invented in 1895 and was first patented in the United States. Its prototype is: in a long furnace made of refractory material, filled with carbon billet and granular material, forming a conductive furnace core, the furnace core is surrounded by insulation material.
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Understanding Vapor Deposition Furnace and Its Application
With the development of science and technology, the cost of traditional high melting point metal preparation method is relatively high. When gas is introduced into the room, chemical reaction will occur on the surface of the indoor substrate, which puts forward new requirements for chemical phase deposition furnace. Vapor deposition furnace technology can also be applied to lithium electronic battery materials, using the characteristics of easy reproducibility and foresight of the vapor deposition furnace itself, so let's get to know the vapor deposition furnace and its application together!
2022
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