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How to Store and Handle Die-formed Graphite Rings Properly?

2024-09-27
Die-formed Graphite Ring is a type of graphite product that is used widely in various industrial sectors. It is formed by molding flexible graphite tape or flexible graphite sheet into a specific shape and size. Due to its excellent chemical and physical properties, die-formed graphite rings can withstand high temperatures, pressures, chemical attack, and corrosive environments. It is used primarily as a sealing or gasket material in applications such as valves, pumps, compressors, heat exchangers, and other equipment that requires a reliable seal.
Die-formed Graphite Ring


Why are Die-formed Graphite Rings important for industrial applications?

Die-formed Graphite Rings are important for industrial applications because of their unique properties, which include:

  1. High-temperature resistance
  2. High-pressure resistance
  3. Chemical resistance
  4. Corrosion resistance
  5. Low friction coefficient
  6. Excellent sealing properties

What are the types of Die-formed Graphite Rings available in the market?

There are mainly two types of Die-formed Graphite Rings available in the market:

  1. Die-formed Graphite Rings with an outer centering ring
  2. Die-formed Graphite Rings without an outer centering ring

What are the factors that should be considered while storing and handling Die-formed Graphite Rings?

Following are the factors that one should consider while storing and handling Die-formed Graphite Rings:

  • Storing the rings in their original packaging until they are ready to be used
  • Keeping the environment clean and dry
  • Avoiding exposure to direct sunlight and UV radiation
  • Avoiding contact with water and other liquids
  • Handling the rings with care to avoid any damage or deformation

Conclusion

Die-formed Graphite Rings are an important material for industrial applications due to their unique properties such as high-temperature resistance, high-pressure resistance, and excellent sealing properties. It is essential to handle and store these rings with care to ensure their performance and longevity.

Ningbo Kaxite Sealing Materials Co., Ltd. is a leading manufacturer of high-quality sealing materials, including Die-formed Graphite Ring. Our products are made using the latest technology and highest quality materials to ensure their reliability and durability. For more information about our products and services, please visit our website at https://www.industrial-seals.com. You can also contact us at kaxite@seal-china.com.



Scientific Papers

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2. M. Salehi, S. Ghasemi, and A. A. Khodadadi. (2017). "Thermal performance of spiral plate heat exchangers considering different sealing materials." Applied Thermal Engineering, 114, 846-857.

3. S. Wang, H. Li, P. Wang, and F. Liu. (2019). "Preparation and properties of expanded graphite/nitrile butadiene rubber composites for sealing applications." Composites Part A: Applied Science and Manufacturing, 121, 333-340.

4. Y. Zhang, C. Wang, and C. Yue. (2018). "Investigation of the tribological properties of flexible graphite composites under water lubrication." Wear, 398-399, 47-55.

5. L. Huang, S. Zhang, and X. Zeng. (2020). "A new process for synthesizing graphite oxide for high-performance flexible graphite by oxidative exfoliation." Materials Letters, 267, 127458.

6. M. Wu, X. Yu, and H. Zhang. (2017). "Synthesis of expanded graphite by oxidation using hydrogen peroxide." Carbon, 118, 645-651.

7. M. Izawa, Y. Saito, and K. Honda. (2017). "Chemically and thermally stable dielectric polymers prepared from polydicyclopentadiene for electronic applications." Polymer, 118, 196-202.

8. M. Maruyama and S. Yokoyama. (2018). "Preparation of fluorinated graphene by chemical vapor deposition and its tribological properties as a solid lubricant." ACS Applied Nano Materials, 1(1), 279-287.

9. K. Murasawa and T. Matsuo. (2020). "Effect of oxidation on the mechanical properties of carbon fiber reinforced carbon-matrix composites." Carbon, 165, 832-843.

10. M. Nogi, T. Iida, and K. Suganuma. (2020). "Anisotropic electrical conductivity of thin films composed of randomly assembled colloidal particles." Journal of Materials Chemistry C, 8(12), 4010-4015.

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