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Facts You Should Know About Advancements in Nanotechnology

  With the advancement in the use of nanotechnology, graphene is turned out to be an excellent nanotechnology product. The use of graphene in different applications makes it a versatile and more sustainable product. This is only made possible with the researches done by scientists in different parts of the world. The use of graphene in electromagnetic shielding, conductive epoxy, and non-flammable batteries is increasing day by day. With graphene, these areas of application can get better efficiency and productivity. Other than these, the use of graphene is also can be seen in electric vehicle batteries . As you know that several big companies in America are already working to bring more efficient battery solutions to electric vehicles. With the use of graphene powdered electric vehicle batteries, it can be easy to carry out better efficiency and with more reliability. The reason behind the use of graphene in the formation of different kinds of batteries is that it is a very good e
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It’s Time to Talk about Nanotechnology and Its Evolution

  With the increase in demand for the latest technology and up-gradation, engineers and researchers and all over the world are always kept on developing newer technologies. Similarly, with the increase of industrial operations, the demand for more sustainable, affordable, and efficient materials is increasing.  Thus, with the research and development of many years, scientists and researchers able to develop various materials and components that are more suitable and efficient like graphene. With the use of graphene, many industrial working operations can be made more cost-efficient and effective.  Graphene is a very versatile material and an allotrope of carbon. It is made with a single layer of graphite which makes it a lighter and incredibly flexible substance. Talking about the excellent properties of graphene, it is thin, light in weight, mechanically strong, and thermally stable. Due to these properties, graphene is used in  EMI shielding solutions . Other than the fact, it ca
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Make Your Industrial Operations More Efficient With Graphene

Nowadays, nanotechnology covers almost every aspect that is required to make life better and effortless. To make the use of nanotechnology better, different types of tools, techniques, and methods are developed over time. In the last several years, nanotechnology has reached a new level where it can be comparable to almost every other product and field of technology. Nanotechnology and its products are developed and created to provide real-world benefits efficiently. Not only this, but its products are also more affordable, sustainable, efficient, and more practical in terms of use and their applications. One of the most advanced nanotechnology product which is developed with lots of research and analysis is graphene. Graphene is capable of providing a truly advanced product range that is required to build a stronger base in the field of nanotechnology. Due to its excellent properties such as high mechanical stability, stable structural integrity, high flexibility, and high electrica
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Electromagnetic Interference: The Most Awaited Nanotechnology!

  Every aspect of the earth changes with the flow of time. Some of them have adverse effects and some of them have positives. Similarly, the continuous development of technology with the flow of time has created several huge changes that have now become the major parts of daily lives. Technology developing today is more advance and sustainable than ever.    Different types of technologies play many different roles. One of them is Nanotechnology and it creates real-world useful benefits for everyone. It is more cost-efficient as compared to silicon and carbon and environment friendly too. One of the latest inventions in Nanotechnology is Graphene. It is single-layer graphite made of carbon atoms combined in millions. Graphene is an allotrope of carbon, which consists of a single atomic layer that is arranged in a two-dimensional hexagonal honeycomb lattice. Properties of Graphene, such as electron mobility, make it a hundred times faster than silicon. Graphene is also a better condu
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Where Does Electromagnetic Interference Come From?

Is there any electronic product that can be called free from interference due to electric signals?   Simply No! What is this sound all about? In simple language, the electric signals that interfere with the normal functioning of the electronic equipment are electromagnetic interference. Every electronic and electric system, equipment creates some signal, which can hinder the normal functioning of another piece of equipment nearby. Not just this, EMI can lessen the functioning of the equipment, lead to operational faults, and even complete failure. Now, Where Does This EMI Comes From? EMI can either be self-generated, due to interference between two circuits in the equipment or created externally by some other equipment or device in the same environment. The earliest form of Electromagnetic Interference (EMI) and radio-frequency interference (RFI) comprised of spurious signals coming from radio transmitters that are disturbed by other radios. For instance, harmonics generate
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Understanding Graphene Powder Coating and its Applications

The current conventional way of powder coatings has been potentially updated with the promotion of graphene powder coating. Its properties have made the coating process environment-friendly, efficient, and energy-saving. It is widely used in the protective layering of metal surfaces in various industries, for instance, shipping, rail transit, road facilities, household appliances, electrical equipment, automotive parts, and many others. When graphene applications are considered, graphene powder coating has been a great discovery. Moreover, it has been an important move in developing the powder coating industries and for improvement in coating performance. Additionally, its curing diminishes energy consumption. Graphene powder coating has a high density that helps in the improvement of its anti-oxidative and anti-corrosive characteristics, which ultimately extends its service life. Graphene coating is also resistant to corrosion of elements and substances like ultraviolet rays, rain
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How is Graphene Oxide Ink Transforming the Printed Electronics?

  Today, many scientists and researchers widely regard graphene as a game-changer when it comes to the development and research of new materials. Graphene has several applications in energy storage, inkjets, screen printing, electronics, and other high strength composite materials. With so many applications, graphene today is changing the landscape of the electronics industry. Every graphene material is proving to be highly beneficial for real-world applications. One of the most intriguing applications of graphene material is the formulation of graphene oxide ink . This blog, for most of it, revolves around how graphene oxide inks are transforming the printed electronics industry. What are the Benefits of Graphene Oxide Inks? Graphene oxide inks have applications in screen printing and inkjet printing. Here are some benefits of using graphene-based inks: ·      Graphene material can be printed by using graphene-based inks. This allows depositing the graphene material rapidly and re
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