MgO Ceramic Tube: Reliable for High-Temperature Applications
This article explores the characteristics, applications, and customization options of MgO Ceramic Tubes, covering everything from sourcing a MgO Tube manufacturer to leveraging a customized MgO tube for heating elements in specialized projects.
1. Key Characteristics of MgO Ceramic Tubes
The MgO Ceramic Tube is made from high-purity magnesium oxide
Here is its introduction as follows:
Specification | Eenheid | Waarde |
Maximum operating Temperature | ℃ | 2200 |
Maximum size available | mm | OD=400, L=500 |
minimum size available. | mm | ID=1, L=3 |
Available purity | % | 99-99.9% |
2. Applications of MgO Ceramic Tubes
· Heating Elements
· Thermocouple Protection
· Refractory and High-Temperature Furnace Applications
3. Selecting the appropriate MgO Ceramic Tube involves considering several factors:
· Application Environment: Heating and Cooling Rate, and avoiding use in reducing atmospheres and vacuum environments.
· Material Specifications: Choose the appropriate purity; lower purity generally results in lower cost.
· Customization Needs: If standard products don’t meet your requirements, WEIERET CERAMICS, a China-based Magnesia Tube supplier, can provide you with a custom solution.