Small silicon carbide ceramic crucible
Alias: Melting high-temperature resistant ceramic cup
Description：
Customized small silicon carbide (SiC) ceramic crucibles, also known as melting high-temperature resistant ceramic cups. These crucibles feature smooth interior and exterior surfaces and uniform wall thickness designs to ensure stability and durability at high temperatures. The high hardness and strength of silicon carbide ceramics enable these crucibles to withstand high pressure and high temperatures without deformation or damage during use, thereby ensuring the reliability of experiments and production.
Features:
The Silicon Carbide Ceramic Crucible (Alias: Melting high-temperature resistant ceramic cup) is a high-performance tool designed for laboratory and industrial melting, especially suitable for handling extreme high temperatures and chemical conditions.
1. Extremely high temperature resistance
It can be used at temperatures up to 1600℃, making it ideal for high-temperature melting and chemical reaction processes.
2. Excellent mechanical strength and wear resistance
With a flexural strength of 400MPa and a compressive strength of 2600MPa, it ensures durability and stability under extreme conditions.
3. Excellent chemical stability
The chemical inertness of silicon carbide makes it resistant to a wide range of chemicals, making it suitable for handling a wide range of chemicals and molten metals.
4. High thermal conductivity and thermal stability
It has a thermal conductivity of 100 W/m·K and good thermal shock stability (400℃), which maintains structural integrity during rapid heating and cooling.
5. Optimized design
The uniform wall thickness and smooth finish ensure uniform heating of the crucible at high temperatures and reliability for long-term use.
Applications:
1. Laboratory research
It is used in scientific research experiments, especially in materials science and chemical engineering, for the melting and chemical analysis of high-temperature substances.
2. Industrial smelting
In the metalworking and refining industry, metals with high melting points, such as tungsten, platinum, etc., are processed.
3. Chemical processing
Used in chemical reactors at high temperatures, especially those involving the treatment of corrosive chemicals.
4. Material testing
For high-temperature performance testing in materials science, e.g. in the testing and development of refractories.
Silicon carbide ceramic crucibles, with their excellent high-temperature resistance, mechanical strength, and chemical stability, play a key role in modern laboratories and demanding industrial applications. These crucibles not only guarantee operational safety and efficiency in extreme environments but also become indispensable tools for handling high-temperature melting and chemical reactions due to their unique physical and chemical properties.
Product customization:
In the field of precision ceramic processing and customization, Fudong Machinery is committed to the production of various high-performance ceramic parts, including zirconia ceramics, silicon nitride, aluminum nitride and other products. These ceramic parts have excellent thermal stability, electrical insulation, high temperature stability and wear resistance, and are widely used in key fields such as aerospace, electronics, machinery, military industry, and automotive.
With its excellent performance and reliability, our products provide customers with key support and guarantees, helping them improve production efficiency and optimize product performance.
Non-standard parts customization, due to different requirements such as product size, material details, processing accuracy, etc., resulting in different costs such as material costs, processing costs, packaging logistics, etc. Please be sure to contact customer service when ordering, provide as much part information (drawings or samples, use environment, etc.) and your requirements (quantity, delivery date, etc.) as much as possible, and we will submit you a specific plan that meets your parts requirements, as well as a preferential quotation.
