Lab Equipment

 

Our lab is equipped with a wide range of state-of-the-art instruments that are essential for cutting-edge research in energy storage and materials science. These include advanced tools like Thermal evaporator, and electrochemical workstations for comprehensive testing of energy storage devices. Additionally, we have specialized equipment for nanomaterial synthesis, such as high-temperature furnaces, and vacuum ovens, which allow for precise control over material properties and fabrication processes.

These sophisticated tools are available to both students and researchers, providing them with the necessary resources to explore novel ideas and conduct high-level research. Our lab’s equipment enables users to carry out the full spectrum of activities, from the initial synthesis of materials to the final characterization and performance evaluation of devices. This comprehensive suite of equipment not only supports the development of innovative energy solutions but also enhances the learning experience for students by giving them hands-on access to industry-standard technology. Below is the list of lab equipment that you can access in the lab.

Thermal Evaporator

Our lab is equipped with a state-of-the-art thermal evaporator, designed for the precise deposition of thin films onto various substrates. This instrument allows for meticulous control over both temperature and current, ensuring consistent and uniform film formation. The thermal evaporator is crucial for creating high-quality thin films, which are essential in a range of applications, including the fabrication of electrode materials for energy storage devices. By vaporizing material under controlled conditions, it enables the deposition of thin layers with exceptional purity and adhesion. This capability is vital for research and development in advanced material synthesis, where thin film quality directly impacts the performance of the final device.

Electric Oven:

Our lab is equipped with a high-quality electric oven specifically designed for drying and heat treatment processes. This oven features precise temperature control and a programmable timer, allowing researchers to set and maintain the desired conditions for consistent and reliable drying of materials. Its spacious interior accommodates a variety of samples, making it an essential tool for preparing electrode materials and other components for energy storage devices. The electric oven ensures that materials are thoroughly dried, minimizing moisture content and enhancing the overall quality and performance of the synthesized materials.

Tube Furnace:

Our lab features a sophisticated tube furnace designed for calcination and annealing processes, which are critical for modifying the structural and chemical properties of materials. This furnace offers precise time and temperature control, enabling researchers to conduct high-temperature treatments with exceptional accuracy and consistency. The uniform heating environment within the tube ensures that samples undergo controlled thermal processing, leading to improved material characteristics essential for energy storage applications. Whether it’s for the synthesis of novel nanomaterials or the refinement of existing compounds, our tube furnace is an invaluable asset in achieving desired material properties through meticulous heat treatment.

ASP series split furnaces:

Our lab is equipped with the ASP series split furnaces by Protherm, specifically designed for the annealing and calcination of samples. These furnaces are known for their robust construction and precise temperature control, which are essential for achieving consistent and reliable heat treatments. The split design allows for easy loading and unloading of samples, while the advanced temperature regulation ensures uniform heating throughout the process. These features make the ASP series furnaces ideal for modifying the structural and chemical properties of materials, playing a critical role in the development of advanced materials for energy storage applications.

Centrifuge:

Our lab is equipped with a high-performance centrifuge, an essential tool for the filtration and separation of samples. This centrifuge operates at various adjustable speeds, allowing researchers to efficiently separate components based on their densities, which is crucial for purifying synthesized materials. Whether it's isolating nanoparticles, removing impurities, or concentrating samples, the centrifuge ensures that the filtration process is both thorough and precise. Its reliable operation and versatility make it an indispensable part of our material synthesis workflow, contributing to the production of high-quality samples for advanced energy storage research.

 

Ultrasonic Cleaner:

Our lab is equipped with an advanced ultrasonic cleaner, featuring both temperature and frequency control, which is essential for the thorough cleaning of equipment and mixing of delicate samples. The ultrasonic cleaner utilizes high-frequency sound waves to generate microscopic cavitation bubbles that effectively remove contaminants from surfaces, even in hard-to-reach areas. The adjustable temperature and frequency settings allow for precise control over the cleaning process, ensuring that materials are cleaned efficiently without causing damage. This tool is particularly useful for preparing samples before synthesis or analysis, as it guarantees the removal of unwanted residues that could interfere with experimental outcomes. The ultrasonic cleaner is an indispensable part of our lab, contributing to the meticulous preparation of materials for energy storage research.

Electric Balance:

Our lab is equipped with a highly sensitive electric balance, designed for precise measurement of chemical masses with exceptional accuracy. This balance is a critical tool in the preparation of materials, allowing researchers to weigh even the smallest quantities of chemicals with confidence. Its advanced technology ensures consistent and reliable readings, which is essential for maintaining the integrity of experimental procedures and achieving reproducible results. Whether preparing reagents for synthesis or measuring components for composite materials, the electric balance plays a vital role in ensuring that all formulations are exact, contributing to the overall precision and success of our research in energy storage technologies.

Vacuum Pump

Our lab is equipped with a reliable vacuum pump, an essential tool for creating a controlled vacuum environment during various experimental processes. This pump is crucial for applications such as degassing liquids, drying samples, and maintaining low-pressure conditions in synthesis reactions. By effectively removing air and other gases, the vacuum pump ensures that reactions occur in a clean and controlled atmosphere, which is vital for the purity and consistency of the materials being synthesized. Its robust performance and versatility make the vacuum pump an integral part of our laboratory setup, supporting a wide range of research activities in energy storage and materials science.