new material
Molybdenum disilicide (MoSi₂) heating modules are high-temperature-resistant components offering exceptional thermal stability, oxidation resistance, and long service life. Used in industrial furnaces, aerospace systems, and semiconductor processing, they ensure efficient heating performance.
Product Overview
The Molybdenum Disilicide (MoSi₂) Heating Module is made from high-purity MoSi₂ material and is designed to provide uniform heat distribution and stable heating performance in high-temperature environments. This heating module is widely used in industries such as metal heat treatment, glass melting, ceramic processing, and electronics. With its flexible installation and customization capabilities, the module can be tailored to meet the specific requirements of various furnaces and equipment. The product features a dense protective coating, offering excellent resistance to high-temperature oxidation, ensuring long-term stable operation.
Features
- High Furnace Temperature Performance: Capable of achieving furnace temperatures up to 1550°C in oxidizing atmospheres, meeting high-temperature processing requirements.
- Rapid Heating: Exceptional rapid heating capability, making it suitable for applications requiring quick heat-up times.
- Uniform Heat Field: Even heat distribution ensures the provision of a high-quality, uniform heat field, enhancing heating efficiency.
- Flexible Installation: Easy installation, assembly, and disassembly, allowing it to adapt to various equipment configurations.
- Custom Design: Customizable shapes based on furnace requirements, offering flexibility to fit different application scenarios.
- High Temperature Strength: Strong performance under high-temperature conditions, capable of withstanding higher surface loads without deformation.
- Complete Protective Coating: Dense protective coating that does not easily peel off, ensuring long-term, stable performance.
- High Electrical Conductivity: High density and excellent conductivity ensure rapid heating, effectively reducing energy consumption and lowering production costs.
- High-Temperature Toughness: Enhanced toughness due to heat processing, capable of meeting various customization needs.
- Stable Quality: Manufactured according to ISO9001 quality control standards, ensuring stable and reliable product quality.
Applications
- Metal Heat Treatment and Processing: Widely used in the high-temperature heat treatment and processing of metal products.
- Glass Industry: Applied in the feeding and melting stages of glass production, ensuring efficient heating.
- Ceramic Industry: Suitable for high-temperature sintering and processing in ceramics manufacturing.
- Electronics Industry: Commonly used in heating modules for precision electronic equipment such as single crystal furnaces, diffusion furnaces, and ITO sintering processes.
