With the rapid development of technology, graphene, hailed as the “miracle material of the future,” is gradually revealing its unique charm. CHINT, as the only company in the world to implement graphene composite electroplating technology, is actively embracing this cutting-edge innovation. By applying graphene composite electroplating to its low-voltage product series, CHINT is delivering unprecedented performance enhancements to products such as industrial controls, terminals, and relays.
Graphene: Shaping the Future with a Miracle Material
Graphene, known for its minimal resistivity, highest thermal conductivity among carbon materials, and is the thinnest yet strongest nanomaterial, holds immense potential across fields such as materials science, micro-nano processing, energy, biomedicine, and drug delivery. Recognizing the limitless possibilities of this material, CHINT integrates graphene into its products, providing global users with superior product experiences.
The Allure of Graphene Composite Electroplating Technology
With its superconductivity, self-lubrication, and non-metallic conductivity, graphene infuses CHINT’s products with new vitality. CHINT is the first to apply graphene composite electroplating technology to its low-voltage product series, including the NB1 moving contact, NXC-09 auxiliary contact, and NXJ plug-in relays, offering global users higher performance and a superior product experience.
A Dual Leap in Technology and Performance
The application of graphene composite electroplating technology has significantly enhanced our products in several ways:
Conductivity
Compared to conventional products, conductivity has increased by 3% to 20%, ensuring stable and efficient current transmission.
Wear Resistance
Wear resistance has improved tenfold, significantly extending the product’s lifespan.
Corrosion Resistance
Corrosion resistance has improved by 300%, making the products more durable and adaptable to various harsh environments.
Electrical Lifespan
The graphene composite electroplating process has increased the electrical lifespan of products by 20%. After breaking tests, the erosion is superior to that of conventional products, providing users with more reliable product assurance.
As a global pioneer in implementing graphene composite electroplating technology, CHINT is dedicated to applying the most advanced technologies to its products, providing global users with safer, more reliable, and more efficient low-voltage product solutions. In the future, we will continue to increase our investment in graphene research and development, exploring more innovative applications to bring more revolutionary products to the global low-voltage product market.
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