AKA: Graphene Nano Platelets
- What Are Nano Graphene Platelets?
- What Is The Purpose Of Nano Graphene Platelets?
- How are Nano Graphene Platelets Used?
- What Is The Importance Of Nano Graphene Platelets?
- Why Is Nano Graphene Platelets Important?
- Definition Of Nano Graphene Platelets
- Advantages And Disadvantages Of Nano Graphene Platelets
What is the purpose Of Nano Graphene Platelets (NGP)?
The purpose of Nano Graphene Platelets is to help create a new class of materials that can be developed into many superior new products crossing the boarders between Mechanical, Electrical, medical disciplines as well as having environmental applications using NGP absorptive features. This material has superior strength and conducting properties with excellent chemical bonding to a large range of resins. Our attached section called “Articles” has many good applications and potential uses for NGP.
How is Nano Graphene Platelets (NGP) used?
NGP can be used in a large verity of applications. These include being added to polymers as a BMC to enhance the Strength as well as electrical and thermal properties. It can also be made into sheet material like fiberglass and layered up in layers to gain the same superior properties as above using thermal sets.
NGP can be added to metals to improver their Strength as well as electrical properties.
NGP is highly adsorptive so it can be used to filter out many harmful organic and non-organic materials including heavy metals and radionucleides from wastewater and ground water.
What is the importance of Nano Graphene Platelets (NGP)?
NGP is important because it is capable of improving the performance of almost any area in the physical world, mechanical, chemical, or electrical disciplines. It is expected to be a main player in the electronic world around 2020. It should take over the electronic world as the preferred semiconductors material as well as the material for electrical traces in future microcircuits. These circuits can operate faster, and cooler, they are the smallest transistors ever built. The GNP circuits have lower resistance, and lower voltage than present or future projected conventional designs.
NGP has shown capabilities to filter out many harmful organic and non-organic materials including heavy metals and radionucleides from wastewater and ground water.
NGP is able to readily form reactive oxygen, sulfur, and nitrogen sites on graphene, which allows for superior bonding to other materials.
What are the advantages and disadvantages of Nano Graphene Platelets (NGP)
The advantage of NGP is covered in our features and characteristics section as well as the following. It’s the strongest material known to man. It can be used with many of our technologies today and make very large improvements in their performance. It can improve the electronic circuits, the thermal characteristics as well as improvements in mechanical performance. It has shown capabilities to filter out many harmful organic and non-organic materials including heavy metals and radionucleides from wastewater and ground water.
NGP cost is very reasonable compared to other Carbon or Graphine materials.
NGP doesn’t have any of the health concerns of CNT.
We have not found any significant disadvantages of NGP at this time.
RSS Feeds