What is the temperature for sintering in a vacuum muffle furnace?The vacuum muffle furnace has a wide temperature range for sintering, usually between 500 ℃ and 1800 ℃. The specific sintering temperature depends on various factors, let’s analyze it in detail below!
05-08
What is the coating effect of CVD tube furnace?The coating effect of CVD (chemical vapor deposition) tube furnace is usually better. Let’s take a look at the advantages of CVD tube furnace coating below!
05-07
Atmosphere vertical tube furnaceAtmosphere vertical tube furnace is a heating equipment widely used in materials research, chemical engineering, electronics and other fields. It can heat and treat samples in a specific atmosphere environment to meet the needs of different experiments and production processes. Let’s take a detailed look at the atmosphere vertical tube furnace below!
05-06
Tube type multi temperature zone electric heating furnaceA tubular multi zone electric heating furnace is a commonly used heating equipment that can form multiple different temperature zones within the same furnace tube, meeting the processing requirements of materials under different temperature conditions. Let’s take a detailed look below!
Vertical fluidized bed electric heating tube furnaceThe vertical fluidized bed electric heating tube furnace is a high-temperature experimental equipment that combines fluidized bed technology with tube furnace structure. The following analysis focuses on its structural characteristics, working principles, application fields, operating points, and equipment advantages:
04-25
What is the maximum particle size of powder processed by a vertical fluidized bed tube furnace?The maximum particle size of powder processed by a vertical fluidized bed tube furnace usually does not exceed 8 millimeters, which needs to be determined comprehensively based on equipment structure, process requirements, and material characteristics. The following is a detailed analysis:
04-25
What materials can be fluidized in a vertical fluidized bed?Vertical fluidized bed suspends particulate materials in a fluidized state through gas or liquid, and is suitable for fluidized treatment of various solid materials. Its applicability mainly depends on the particle size distribution, density, shape, thermal stability, and process requirements of the material.
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