26 February 2024, India - For numerous applications, Carbon coatings offer a robust and low-weight substitute. Coatings based on carbon give metal surfaces resistance to wear, resistance to corrosion, and resistance to heat. Because carbon coatings are resistant to hard operating conditions, they are perfect for usage in consumer appliances, automotive parts, and industrial gear. Coloured or patterned carbon coatings can further enhance the aesthetic appeal of metal components.

The managing director of Birla Carbon India stated, "At Birla Carbon, we see carbon materials as the building blocks of a more sustainable future." Our carbon products are made to serve consumers and businesses, whether it's by developing next-generation energy storage or prolonging the useful life of infrastructure and automobiles through robust coatings. We're excited to present additional carbon advancements that have the potential to be beneficial.

It has developed an exceptional carbon black coating specifically for automotive applications.

In the process of creating new carbon-based goods and technology, its research and development facility in Mumbai is essential. With its advanced analytical equipment for material characterization, pilot-scale manufacturing capabilities, and extensive testing facilities, the state-of-the-art facility employs over 200 scientists and engineers.

The creation of specialized carbon blacks suited to certain market demands is one area of concentration. For usage in lithium-ion battery cathodes, it has launched a novel conductive carbon black. Conductive carbon black makes batteries function better in terms of cycle life and power. It has a higher conductivity than other grades. While commercial-scale manufacture of the novel conductive carbon black is scheduled to start later this year, sample amounts are currently accessible.

The creation of graphene and carbon nanotubes, carbon fiber, and carbon capture technologies are some of the other ongoing R&D efforts. Carbon allotropes like diamond and fullerene are being investigated by Birla Carbon's scientists for advanced uses. To increase the longevity and safety of next-generation lithium metal batteries, one intriguing research aims to use carbon nano-onions, spherical fullerenes made of many graphene sheets.

It works together with institutional and corporate partners throughout the globe to promote innovation. Partnerships for joint development currently center on carbon materials for uses in 3D printing, water purification, renewable energy storage, and 5G communications. To develop the next wave of carbon scientists, the firm also funds research at prestigious engineering and science institutes.

It is committed to staying at the forefront of carbon technology through its R&D initiatives. Its research center's inventions will propel sustainable development while continuing to reveal new advantages of carbon.

Its commitment to ecologically responsible and sustainable production processes extends beyond the creation of cutting-edge new products. Modern pollution control methods are used at all of the company's production facilities worldwide, which also comply with strict emission control regulations.

To stop using coal tar as a carbon black feedstock, It was one of the first companies in the sector to do so. Nowadays, waste items like tires and plastics that may be recovered are used as feedstock for more than 90% of the company's carbon black production. Every year, the circular manufacturing strategy keeps millions of used tires and plastic debris out of landfills.

By increasing efficiency and integrating renewable energy sources, the corporation is also actively striving to lower its overall energy use and carbon footprint. A percentage of the energy required by the plants is supplied by on-site solar panels. By 2025, 30% of the company's energy will come from renewable sources.

"Sustainability is a core part of our business strategy and product development philosophy," said one the director. "It is only fair that our stakeholders and consumers want goods they utilize to be produced ethically. Our mission at Birla Carbon is to revolutionize the carbon manufacturing industry by introducing environmentally friendly solutions and raising industry standards for sustainability."

In the next two years, It hopes to start pilot production of carbon ion batteries, even though they are not yet ready for commercialization. To assist with production scaling, the company is presently looking for manufacturing and technical partners. Because developing a new technology entails higher material and production expenses, it is anticipated that fully developed carbon ion battery price 20–30% more than lithium-ion batteries of analogous capacity.
The corporation reports on its environmental performance and objectives every year in sustainability reports. On the ESG area of its website, interested parties can find out more about Birla Carbon's sustainability initiatives.

With an emphasis on partnerships, innovation, and sustainability, it is ideally positioned to supply the carbon materials of the future and contribute to the creation of a more sustainable global community.

A wide variety of excellent tinting carbon blacks from here are available, all of which are made especially for use in decorative and architectural coatings. These items offer the best system compatibility and dispersibility, together with the necessary colour and tonal performance. Conductive carbon black makes batteries function better in terms of cycle life and power. It has a higher conductivity than other grades. While commercial-scale manufacture of the novel conductive carbon black is scheduled to start later this year, sample amounts are currently accessible.

Contact or visit (www.birlacarbon.com) to find out more about Birla Carbon's battery and carbon coating technology.

About the Company: Birla Carbon supplies carbon black all over the world. Many people are employed globally by the company, which operates in many production plants across many nations. Tires, industrial rubber goods, wires and cables, plastics, paints and coatings, printing inks, and many other common uses are among the many everyday applications for which its products are used to improve the physical, electrical, and optical qualities. By using environmentally friendly production techniques and creating novel carbon materials, the company is dedicated to sustainability.