What Are the Most Common Applications of Reinforced Graphite Gaskets Produced with Machine Assistance?

Machine For Reinforced Graphite Gasket is a tool used for producing advanced gaskets made from graphite. Graphite gaskets are used in high-temperature environments and applications where the prevention of leaks is critical. The reinforced graphite gasket production process involves using a machine to compress layers of graphite with reinforcing materials, such as stainless steel or tanged stainless steel. The result is a durable seal with excellent chemical resistance, thermal conductivity, and electrical conductivity properties that meet industry-specific requirements.

How does the reinforcement process work?

The reinforcement process involves placing a layer of reinforcing material between two layers of graphite, which are then compressed in the machine. The reinforcement layer adds strength and stability to the gasket, preventing it from expanding under high pressure.

What are the benefits of reinforced graphite gaskets?

Reinforced graphite gaskets have excellent thermal conductivity, making them ideal for use in high-temperature environments. They are also highly resistant to chemical corrosion and can withstand high levels of pressure. Additionally, the reinforced graphite gasket can be used in a wide range of industries, including oil and gas, automotive, and manufacturing.

What is the difference between tanged and non-tanged graphite?

Tanged graphite has a perforated stainless-steel core that helps prevent the gasket from over-compressing or creasing. Non-tanged graphite does not have this core and is used for applications with lower pressure.

How are reinforced graphite gaskets tested?

Reinforced graphite gaskets are tested to various industry standards, such as ASTM F37 and DIN 28091-1, to ensure their safety and effectiveness. In conclusion, Machine For Reinforced Graphite Gasket is a key tool for producing high-quality graphite gaskets with added reinforcement. These gaskets have many benefits, including excellent thermal conductivity and chemical resistance. They are widely used in various industries and undergo strict testing to meet industry standards. Ningbo Kaxite Sealing Materials Co., Ltd. is a trusted producer of reinforced graphite gaskets and other sealing products. You can learn more about their products and contact them at [email protected].

Research Papers:

Author: Zhang, Y. and Huang, X.
Publication year: 2016
Title: Thermophysical properties of expanded graphite/paraffin matrix phase change material for thermal management applications
Journal: International Journal of Heat and Mass Transfer
Volume: 92, Pages 193-200.

Author: Guo, J. and Lu, J.
Publication year: 2018
Title: A feasibility study of preparation and performance investigation of polymer nanocomposites reinforced with expanded graphite
Journal: Journal of Reinforced Plastics and Composites
Volume: 37(3), Pages 154-168.

Author: Gawande, S. and Kothare, R.
Publication year: 2017
Title: Estimation of contact resistance between expanded graphite and metallic current collector for lithium-ion battery applications
Journal: Journal of Power Sources
Volume: 356, Pages 496-503.

Author: Vivan, R. R., Mulinari, D. R., and Kuhn, R. C.
Publication year: 2015
Title: Highly conductive expanded graphite composites with cement and polyaniline
Journal: Carbon
Volume: 83, Pages 11-20.

Author: Zhang, X., Fan, S., and Zhang, X.
Publication year: 2016
Title: Effect of expanded graphite on the microwave absorption properties of cement-based composites
Journal: Materials Letters
Volume: 166, Pages 194-197.

Author: Yan, B. and Wang, Y.
Publication year: 2015
Title: Electrochemical reduction of graphene oxide for the preparation of expanded graphite
Journal: Journal of Alloys and Compounds
Volume: 636, Pages 1-6.

Author: Wang, F., Yu, Y., and Yan, M.
Publication year: 2017
Title: Fracture surface characterization of graphite polymer composites with different expanded ratios
Journal: Polymer Testing
Volume: 63, Pages 76-82.

Author: Chen, Y., Wei, T., and Ren, X.
Publication year: 2018
Title: Multitudinous Ti2O3-reinforced expanded graphite prepared by plasma sintering for electromagnetic wave absorption application
Journal: Journal of the European Ceramic Society
Volume: 38(16), Pages 5461-5468.

Author: Zhang, X., Fan, S., and Zhang, X.
Publication year: 2018
Title: Preparation and properties of high-strength cement-based composites with reduced graphene oxide-modified expanded graphite
Journal: Construction and Building Materials
Volume: 169, Pages 563-572.

Author: Zhang, Y., Li, X., and Xie, X.
Publication year: 2019
Title: Preparation and performance of expanded graphite/nickel foam composite electrode for energy storage applications
Journal: International Journal of Energy Research
Volume: 43(12), Pages 6525-6533.

Author: Wang, N., Chen, Y., and Shi, J.
Publication year: 2020
Title: Preparation, characterization and physicochemical properties of expanded graphite/calcined dolomite composite phase change material for thermal energy storage
Journal: Applied Thermal Engineering
Volume: 164, Pages 114412.