Product superiority:
1. Good performance: The thickness of Graphene nanoplatelet powders is in nano size, with the characteristics of nano powder.
2. Cost-effective: The thickness of the powders is larger than nano graphene, and the use cost is lower
3. Wide applicability: This material is suitable for the improvement of electrical conductivity, thermal conductivity and lubrication fields.
Graphene is a two-dimensional honeycomb structure composed of carbon atoms, exhibiting excellent conductivity, thermal conductivity, and lubrication properties. As a result, graphene nanoplatelet powder holds great potential for applications in the fields of conductivity, thermal conductivity, and lubrication. Graphene nanoplatelet powder refers to thin and highly agglomerating graphene flakes, which possess unique morphology and properties, providing distinctive advantages and application possibilities in various domains.
In terms of conductivity, graphene nanoplatelet powder can be utilized as high-performance conductive fillers or enhancers. Due to graphene's high electron mobility and excellent conductivity, incorporating graphene nanoplatelet powder into polymer matrices significantly enhances conductivity. This widens the applications of graphene in electronic devices, conductive adhesives, and conductive coatings, such as flexible electronics, smart sensors, and conductive materials fabrication.
Regarding thermal conductivity, graphene's exceptional thermal properties make graphene nanoplatelet powder a highly efficient thermal enhancer. The addition of graphene nanoplatelet powder to conventional thermal materials, such as thermal pastes and thermal adhesives, significantly improves thermal conductivity. This has significant implications in electronic heat dissipation, cooling systems, and thermal materials, contributing to enhanced heat dissipation efficiency and stability of devices.
As for lubrication, graphene nanoplatelet powder serves as a novel nanoscale lubricant, capable of improving the frictional performance and wear resistance of materials. When applied to friction surfaces, graphene nanoplatelet powder forms a lubricating film, exhibiting outstanding lubrication and anti-wear properties. This effectively reduces friction coefficients and frictional wear, thereby extending the lifespan of equipment. Consequently, graphene nanoplatelet powder finds extensive applications in lubricating materials, lubricating fluids, and friction materials in fields such as automotive manufacturing, mechanical engineering, and aerospace, aiming to enhance system efficiency and reliability.
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