What are the advantages of crucible furnaces?As a high-temperature processing equipment, crucible furnace has significant advantages in material processing, experimental research, and industrial production, mainly reflected in process flexibility, temperature control accuracy, equipment stability, and wide applicability.
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What materials is the crucible furnace suitable for processing?As a high-temperature processing equipment, crucible furnace is suitable for various processes such as melting, sintering, and heat treatment of materials. Its core advantage lies in the ability to provide a stable high-temperature environment and adapt to the chemical properties of different materials through the selection of crucible materials. The following are the main types of materials and specific application scenarios that crucible furnaces are suitable for:
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Working principle of crucible furnaceA crucible furnace is a device that uses high temperature to melt, heat, or treat materials. Its core is to transfer thermal energy to the materials inside the crucible through heating elements to achieve the desired process temperature. The following systematically explains its working principle from the aspects of heating method, heat transfer mechanism, control system, and operation process:
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Well type crucible furnaceWell crucible furnace is an experimental or industrial heat treatment equipment used for high-temperature experiments and material processing. Its furnace is often a prototype. Let’s take a detailed look below!
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Gas tube furnaceGas tube furnace is a commonly used heating equipment, widely used in enterprise laboratories, university laboratories, etc. Because it can introduce protective gas, reducing gas, oxidizing gas, etc., it can adapt to various different processes. Let’s take a detailed look at the characteristics, advantages, and application fields of gas tube furnace below!
What are the materials for plasma enhanced PECVD coating electric furnace tubes?The selection of furnace tube materials for plasma enhanced PECVD (plasma enhanced chemical vapor deposition) coating electric furnaces should take into account requirements such as high temperature resistance, corrosion resistance, insulation, and chemical stability. The following are common furnace tube materials, their characteristics, and application scenarios:
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