Adopting advanced isostatic pressing process, the material is dense and uniform without any defects, which is a reliable and efficient choice to meet your smelting needs.
Our silicon carbide crucibles are designed using the latest technology, taking into account the relationship with the metallurgical and process characteristics, thus ensuring that almost no harmful impurities are introduced. This helps reduce pollution levels in the workplace and is an environmentally friendly choice.
Our crucibles have excellent corrosion resistance. The advanced material formula can effectively resist the physical and chemical effects of the melt, and has little wear on the crucible, thereby prolonging the service life of the product.
The fast heat conduction and proper resistivity of silicon carbide crucibles save fuel and reduce exhaust pollution, making them a cost-effective choice. Using induction heating can significantly reduce reactive power losses, save energy and increase the efficiency of the melting process.
Our crucibles are designed to have less sticky dross, reducing thermal resistance and the likelihood of crucible cracking, ensuring that the crucible maintains maximum capacity throughout its service life. This feature also ensures that the inner walls of the crucible remain clean, further extending its lifetime.
Our silicon carbide crucibles are high temperature resistant and the working temperature range is 400-1380 ℃. You can choose the range that best suits your needs. Additionally, with their high-pressure pressing method and material selection, crucibles have increased high-temperature strength, making them a robust and reliable choice for your smelting needs.
Compared with ordinary clay graphite crucibles made of the same material, our products have a longer service life. Using the same material, our crucibles last two to five times longer, making them a cost-effective option in the long run.
Post time: May-18-2023