Chemical Vapour deposition( CVD) Transfer of Technology to ANTS Group at IIT-BHU

The technology was transferred to the ANTS group (MSME 2018 National Award Winner) for commercialisation to the benefit of society and research at the Indian Institute of Technology-BHU, which has developed world-class technical processes. In this regard, on Monday, a Memorandum of Understanding (MoU) was signed in between the IITs and the ANTS group. Dr. Shantanu Das and his team developed the technology with collaborated help of the Department of Ceramic Engineering, Indian Institute of Technology and M/s ANTS Ceramic Prof. Ltd. It has been acquired by M / s ANTS Innovation Pvt. Ltd.,  Maharashtra. The meeting was organized for its commercial production. In this meeting, the director of the institute, Prof. PK Jain, Prof. R. Prakash, Dean (RD), Dr. SK Das Inventor, Prof. Vinay Kumar Singh, Head of the Department, Ceramic Department and Sabyasachi Roy and Tushar Gothi, Director, M / s ANTS Innovation Pvt. Ltd. was present. 



Regarding transferred technology, IIT Director Prof. PK Jain pointed out that technological advances are moving from three-dimensional (3D) products to two-dimensional (2D) products for various applications in electronics, optoelectronics, energy devices, catalysis, and medical technologies. Chemical vapor deposition is one of the better medical practices for the preparation of advanced materials such as graphene, molybdenum sulfide and other 2D transition metal dichalcogenide materials. The mobility and other properties of the electron are better than the 3D scale on the two-dimensional scale. The quality of existing materials in the market will improve manifold. The implementation of 2D materials is currently being evaluated in a wide range of materials from oil absorbent to electronic circuits. He said that 2D materials promise solutions to emerging technological challenges for the next generation of technologies. This includes Super Computing, ultra-fast processors, equipment, etc.


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Alumina Crucible Care, Use and Instructions

At Ants Ceramics we expect to you get the very best out of every crucible we provide. However, a key factor to determine the performance and lifespan of a crucible is how the crucible is handled, operated and maintained at the customer’s end. So here we have created a Alumina Crucible Care Guide to take care of your alumina crucibles.  

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KBr Pellet Preparation for IR Spectroscopy using Hydraulic Pellet Press

KBr Pellet Preparation or sample preparation the most important part for IR spectroscopy. Sample should be transparent to IR radiations so it allows the radiations to pass through them. So salts like KBr, NaCl, AgCl are used for mixing of sample in order to obtain the accurate IR spectrum of a sample with sharp peaks, good intensity with high resolution.

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All You Need To Know About Magnetic Stirrer

What Is Magnetic Stirrer

A magnetic stirrer is an instrument is used for creating a rotating magnetic field. It is made with a small bar magnet and a stand or plate containing a rotating magnet. Continue reading “All You Need To Know About Magnetic Stirrer”

Magnetic Stirrer: Guide For Buying Right Stirrer

Magnetic Stirrer

So you’ve decided you need to purchase a magnetic stirrer right. Now begins the task of searching for a unit best suited for the task at hand. So, Keep reading we will help you. Continue reading “Magnetic Stirrer: Guide For Buying Right Stirrer”

Hydrothermal Synthesis Method For Nanoparticle


Hydrothermal Synthesis method involves using any one of the many techniques to crystallize substances. Nanotechnology is one of the most critical factors in it. Continue reading “Hydrothermal Synthesis Method For Nanoparticle”

How To Use Hydrothermal Autoclave Reactor [Step By Step Guide]


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