The phase I and II of the plant, set up investing INR 400 crore, will boost its capabilities to serve customers across sectors including flexible packaging, automotive, agriculture and construction equipment, general industry and metals. The plant which will cater to the local and export markets employs 300 people. The phase III and IV will be launched later at an estimated cost of INR 400 crore.

“India is one of the most important emerging markets with tremendous growth opportunities for our adhesives business,” Jan-Dirk Auris, Member of the Management Board and Executive Vice President, Adhesive Technologies business unit, Henkel AG & Co. KGaA, said. “We have application experts across manufacturing industries worldwide and work closely with our customers and partners. Our trusted brands and leading solutions based on our unmatched portfolio of 40 technologies create sustainable value for our customers. With the launch of this state-of-the-art, multi-technology manufacturing facility, we have created capacities to meet the demand for our high impact solutions in this dynamic market. This investment will enable us to further drive profitable growth,” he added.

Momentum in megatrends in the automotive sector will fuel demand for the company’s adhesive products, which help reduce vehicle’s weight. “Electric and connected vehicles need more adhesives than IC engine vehicles. We will continue to bring out products and solutions based on consumer demand and suitable for the new mobility, connectivity and sustainability,” Auris said.

The new plant is part of Henkel’s big bet on the emerging markets. Half of its total sales of USD 20 billion is from them. “India is the largest among the top 3 emerging markets. We believe tremendous demand will come from India for adhesives in the next decade. Henkel’s products are ‘invisible but essential’ and work as enablers for its consumers to improve efficiency and quality. Being a highly impactful solutions supplier, we also need to manage the risks,” he said.

Smart Factory

The Kurkumbh site is equipped with technologies to ensure traceability and transparency by ensuring built-in quality. End-to-end digitalisation of the plant operations has enabled digitised workflows; thus, making manufacturing more efficient. It deploys closed material handling systems and high level of process automation. For the first time, as a global pilot in Henkel, the site has implemented deep integration of process automation with Smart Factory (Industry 4.0).

 The site meets the highest standards of sustainability. It is among the very few chemical manufacturing sites to be awarded the LEED Gold Certificate by the US Green Building Council based on a holistic energy efficiency concept.  About 10 percent of its power consumption comes from captive solar energy and 16 percent of the annual water requirement is met by rainwater harvesting. Air and waste water discharges are monitored online.

Shilip Kumar, President, Henkel India, said, “We will continue to invest in local manufacturing as it gives our Adhesive Technologies business in India a strategic advantage. The Kurkumbh manufacturing site is a very important milestone of Henkel’s journey in India. This site will not only cater to the Indian market but also markets in the Middle East, Africa and South Asia. As market leaders in this industry, our focus is to offer high impact solutions to our customers and convert latent market potential into profitable growth.”

Henkel Adhesive Technologies is a global leader in adhesives, sealants and functional coatings. The business unit serves around 130,000 customers in over 800 industrial areas with tailor-made products and technologies used in a wide array of consumer goods and industrial products. (MT)

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Mobileye, a leading provider of Advanced Driver Assistance Systems (ADAS) and autonomous driving technologies, is set to be a focus at the inauguration of the ADAS Test City on 12 December 2025 in Pune, India.

The ADAS Test City dubbed India’s first testing track dedicated to ADAS and autonomous vehicles, has been developed by the Automotive Research Association of India (ARAI).

Mobileye’s participation highlights its commitment to India’s evolving automotive landscape. The ADAS Test City is designed as a pseudo-urban test environment to validate key ADAS features such as Automatic Emergency Braking (AEB), Lane Keeping Assist (LKA), Pedestrian Detection and Adaptive Cruise Control under realistic driving conditions.

Elie Luskin, Vice-President, India and China, Mobileye, said, “The successful launch of India’s first dedicated ADAS testing track by ARAI marks a major milestone, underscoring the market’s commitment to scaling ADAS adoption and improving road safety – an ambition that aligns seamlessly with Mobileye’s long-term mission both globally and in India. As a global leader in ADAS and autonomous driving, Mobileye brings cutting-edge expertise and solutions to India, working alongside local partners to unlock new opportunities and deliver safer roads for all. We are proud to support ARAI in this important step and to continue strengthening our role in India’s ADAS journey.”

Mobileye’s leadership will play a central role in the event's dialogue:

• Keynote Presentation: Elie Luskin will deliver a keynote outlining Mobileye’s global roadmap and its impact on India’s drive toward safer mobility.
• Panel Discussion: Dhairyashil Gaekwad, Director, Business Development & Strategy, India, will participate in a panel on ‘ADAS for the Indian Market – From Premium to Mass Adoption,’ sharing insights on integrating safety systems across all vehicle segments.

The ADAS Show brings together automotive leaders from OEMs and suppliers to accelerate India’s transition toward intelligent mobility.

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Sibros, the company behind the Deep Connected Platform for software-defined vehicles (SDVs), has appointed Vijay Sharma as its new Chief Customer Officer (CCO).

In his new role, Sharma will lead global customer success, solution engineering and customer programmes to support Sibros' expanding portfolio of connected vehicle solutions and growing customer base.

His leadership is expected to strengthen Sibros' capabilities across its Deep Connected Platform, as well as in areas like functional safety (FuSa), security, applications, systems, diagnostics & electronic and electrical architecture. This focus will enable end-to-end SDV partnerships with customers.

Sharma brings nearly two decades of global experience from FEV, where he served as Managing Director and Technical Director at FEV India. At FEV, he led large-scale vehicle software, connectivity and energy mobility programmes for Indian and global customers.

Hemant Sikaria, CEO, Sibros, said, “Vijay’s combination of deep technical insight and customer-focused execution aligns perfectly with our mission to power the software-defined future of mobility. As we scale our solutions and support a broader range of OEMs worldwide, his leadership will ensure our customers can deploy, adopt, and evolve with confidence.”

Vijay Sharma, said, “The industry is transitioning from one-time launches to continuously updatable, software-driven vehicles. Sibros is uniquely positioned to enable that shift, and I’m excited to help our customers around the world implement the platforms and programs needed to unlock their SDV strategies.”

As CCO, Sharma will guide the full customer lifecycle, bridging product, engineering and business teams to drive successful outcomes. This move comes as OEMs and innovators across passenger, commercial, two-wheel and off-highway segments adopt the Sibros platform.

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Tier 1 supplier Mahle is entering the stationary battery storage systems (BESS) market after securing its first series order for a cooling module. These storage solutions are used for providing and stabilising power grids and for the temporary storage of renewable energy from sources like wind and solar power.

The company shared that its customer is an international commercial vehicles and drivetrain manufacturer that builds its own battery storage systems. Mahle will leverage its experience in developing cooling modules for electrified buses for this new sector. The newly developed cooling module will go into series production in 2026.

Christian Kuechlin, Vice-President, Mahle Industrial Thermal Systems, said, “We can easily transfer the knowledge of cooling modules we have gathered in the transportation sector to stationary battery storage system in containers. Since the space in the container is mainly to be used for battery stacks, Mahle develops space saving, compact and efficient cooling solutions in line with customer requirements.”

Older stationary BESS were cooled by simple air conditioning systems. However, the higher energy density in modern lithium-ion batteries generates more waste heat, requiring a higher cooling capacity.

The Mahle module provides up to 42 kW of liquid cooling. This ensures the batteries operate in the optimal temperature range of 20deg Celsius to 30deg Celsius, which is vital for long service life, durability and stable load management.

Mahle is expanding its business beyond the automotive sector. In industrial thermal management, the company is also developing modules for liquid-cooled cables in fast-charging stations for electric vehicles. Thermal management technologies can also benefit high-performance computing, data centres and manufacturers of heat pumps or photovoltaic systems.

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American auto major General Motors (GM) has been named to Fast Company’s Next Big Things in Tech 2025 list for its progress on lithium manganese-rich (LMR) batteries. The recognition follows GM winning the Battery Innovation of the Year award at the 15th annual Battery Show North America.

The company is preparing to deploy LMR battery tech in 2028. GM states that its work on LMR technology reflects its commitment to advancing electric vehicle battery technology and making EVs affordable without affecting performance.

The progress, which includes developing new materials and prototyping automotive-scale LMR prismatic cells, reflects the work of its research, engineering and operations teams. The company aims to commercialise the innovation, with manufacturing and engineering teams focused on delivering cells at scale.

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