Graphite crucible has excellent optical, electrical, and mechanical properties, and has important application prospects in materials science, micro-nano processing, energy, biomedicine, and drug delivery.

1. Graphite crucible has good electrical conductivity. This characteristic is especially suitable for high-frequency circuits. Graphite crucible will be a substitute for silicon and can be used to produce future supercomputers, which will make computers run faster and reduce energy consumption.

2. It can be used as liquid crystal display data. Graphite crucible can be used to replace today's liquid crystal display materials for the production of next-generation computer, TV, and mobile phone displays.

3. The photosensitive element is a new type of photosensitive element with graphite crucible as the material of the photosensitive element, which can be used in the field of monitors and satellite imaging, and can be used in cameras, smart phones, etc.

4. Manufacture a new generation of solar cells. The graphite crucible transparent conductive film is the most ideal material for a new generation of solar cells with very high conversion power for the high transparency of all infrared rays including mid-to-far infrared rays.

5. Graphite crucible is suitable for manufacturing transparent touch screens and translucent panels.

6. Manufacturing transistor integrated circuits. Graphite crucible can replace silicon to become the basic material of the next generation of ultra-high frequency transistors, and is widely used in high-function integrated circuits and new nanoelectronic devices.

7. The sensor, graphite crucible can be made into a chemical sensor. This process is mainly completed by the surface adsorption performance of graphite crucible. According to the research of some scholars, the sensitivity of graphite crucible chemical detector can be compared with the limit of single molecule detection. . The unique two-dimensional structure of graphite crucible makes it very sensitive to the surrounding environment. Graphite crucible is an ideal material for electrochemical biosensors. The sensor made of graphite crucible has good sensitivity for detecting dopamine and glucose in medicine.

8. Composite materials. Composite materials based on graphite crucible are an important research direction in the application field of graphite crucible. They have shown excellent performance in the fields of energy storage, liquid crystal devices, electronic devices, biological materials, sensing materials and catalyst carriers. with broadly application foreground. At present, the research of graphite crucible composites mainly focuses on graphite crucible polymer composites and graphite crucible-based inorganic nanocomposites. With the deepening of the research on graphite crucible, the application of graphite crucible reinforcements in bulk metal matrix composites People are paying more and more attention. The multifunctional polymer composite material and high-strength porous ceramic material made of graphite crucible have enhanced many special properties of the composite material.