| Customization: | Available |
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| Carbon Content: | 99.99, High-Carbon |
| Composition: | C |
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Graphite heat exchangers are widely used in the chemical industry, such as chlor-alkali, mono-crystalline silicon fluorine chemical, petrochemical, chloride salt synthesis, and chloroacetic acid production.
SIAMC's Isotropic Fine Grain Graphite exhibits excellent strength and density due to its fine structure, making it ideal for use in high-performance heat exchanger applications in the chemical industry. Its superior thermal conductivity allows for efficient heat transfer, while its high mechanical strength allows for the use of thinner, lighter-weight components.
On the other hand, SIAMC's Coarse to Medium Grain Graphite offers a cost-effective solution for larger-sized heat exchangers with high porosity, which makes it suitable for chemical process systems where impurities can cause problems. It can also withstand aggressive chemical environments and high temperatures, providing superior corrosion resistance and excellent thermal stability.
In summary, SIAMC's Isotropic Fine Grain Graphite is well-suited for high-performance heat exchanger applications in chemical plants, while Coarse to Medium Grain Graphite provides a more cost-effective solution for larger-sized heat exchangers in harsh chemical environments. Both materials demonstrate excellent performance in their respective applications, meeting the needs of a wide range of heat exchanger applications in the chemical industry.
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