Will my dream ever come true? Recent material and technological innovations suggest this… Once this becomes a reality, how industrial tyre factories work? As a brand manufacturer, who could survive and catch up with this ability?

The big brands of the 1970s sold the same sizes of samples made from the same material for 15 to 20 years. Today you need to market a top-quality product every three years.

Any branded manufacturer that is looking to be competitive and doesn’t want to sell a standard product with a low-profit margin needs to own a product of the highest quality that is really good for the customer. Therefore, brand owners should give a clear answer to this dramatic question of whether their product is innovative or revolutionary. When you have a clear answer, your path to success is clear. Even though the product lifecycle will not be as similar as it has been over the past several decades, then marketing can create a product map. Even though it is revolutionary, its popularity in the market will drop to almost zero in three years.

In electronics, for example, the remarkable drift of a new product is six months. Over the next six months, its popularity may decline and lag behind the competition, which means that the product life in electronics is close to a year. So you need to install a new product every year if you have a long-term business vision.

What is the situation like in the tyre industry? Major brands of the 1970s produced the same pattern and sizes from standard materials and compounds for 15-20 years. They used the same mould and equipment during long year product life. Hence, they maximized their profits with limited investments. What is the situation today?

“Smart materials” as a combination of all these will shape the industry in the next decades and we will talk “smarter” and “super smart materials.”

Material science is leading the technology. Lighter, more durable, more dimensionally stable, stronger and flexible materials can be provided for new designs in the industry. Hardware and electronics benefit from these developments. At the same time, better programming with the same hardware configuration leads to a fantastic result. However, when the hardware is limited, amasing software codes won’t work. The new materials, electronics and programming so will lead to revolutionary innovations in the coming years. “Smart materials” as a combination of all these will shape the industry in the next decades and we will talk “smarter” and “super smart materials.”

The humidity-sensitive polymer is, for example, used in dressings to be self-adaptive and regulates moisture balance in and around. If we look at the tyre industry, stimulus sensitive polymers or high-performance functional polymers can change depending on the environment. These are examples of smart materials. Copolymer systems, as they are inherently sensitive to temperature and phase changes occur in microstructures, can be monitored for critical solutions. An example of the “Smart Tyre” concept is “Active Tread” when it is successful.

When the personalised and printed commercial tyre one day becomes a reality, it will be made entirely of the latest technology comprised of many first initials.

The tread area is the most important part for tyres with low rolling resistance, long life and better handling in dry and wet conditions. Imagine, all of these main criteria are intelligently and comprehensively optimised based on the ‘Sensing Core’ unit, which is intelligent networking with the main vehicle control unit and collects all driving data from sensors, including from tyres and wheels. So that the smart polymers of the active treads are simultaneously stimulated by the road conditions, and you have a safe trip when we control all the dynamics of the vehicle. At the same time, optimal energy results are obtained.

Green low carbon energies and green materials like biomaterials will be highly valued in the future. Recycling of rubber, especially from tyres, will be strongly encouraged. Nowadays, tyre recycling technologies are intensively developed. Rather than just being a filler, its use as a primary polymerization element is the next target. Non-petroleum synthetic rubber derivatives, carbon nano cellulosic hybrid solutions, applications of carbon nanotubes and graphene are already underway. Thermo Plastic Elastomers for non-pneumatic applications gains more strength, flexibility and resistance to high temperatures.

When the personalised and printed commercial tyre one day becomes a reality, This will surely be the most ecological solution.

The next decades will be the time zone for electric vehicles. Tyres, as part of a vehicle, are influenced and powered by this industry. Whatever invention is going on in the automotive industry, it is about automated and smarter parts made from environmentally friendly and primarily recycled and energy-efficient materials. OEMs, for most electric vehicles, will or will be required to give preference to these tyres.

Airless tyres are already in the market for very special applications. When the personalised and printed commercial tyre one day becomes a reality, it will be made entirely of the latest technology comprised of many first initials. If the tread profile part becomes interchangeable, it offers simple and diverse applications and meets OEM requirements. This will surely be the most ecological solution, and it will inevitably or happily be installed under electric vehicles.

There are no limits to advanced technologies. The tyre industry is open to many multidisciplinary collaborations.

Leading data and analytics company GlobalData has predicted substantial ripples across the global automotive industry owing to US Government’s announcement of 25 percent tariff on all foreign automobiles and automotive parts entering the country. Though President Donald Trump has since announced a 90-day suspension on the new tariff implementation to allow trade negotiations with partner trading countries, the report says that the situation still poses a significant challenge for the global automotive industry.

According to Madhuchhanda Palit, Automotive Analyst at GlobalData: “The economic repercussions of these tariffs are particularly pronounced for Japan, where the automotive industry is a vital economic pillar. According to the Japan Automobile Manufacturers Association (JAMA), over 30 percent of Japanese car exports were directed to the US in 2023, solidifying its status as the largest single-country export market. Projections from Japan’s Ministry of Finance indicate that automotive sales accounted for approximately 30 percent of Japan's total exports to the US, valued at around JPY 6 trillion (USD 40 billion) in 2024. The looming tariffs threaten to disrupt this critical trade, compelling the Japanese government to act swiftly to negotiate favourable terms with US officials.”

South Korea too has implemented emergency steps to offset the expected financial impact of US tariffs. With plans to increase policy financing support to local manufacturers to KRW 15 trillion (roughly USD 10.09 billion) by 2025, the South Korean trade ministry has unveiled a multibillion-dollar support package that includes tax breaks, subsidies and increased financial backing for regional automakers. India is positioned to be impacted by the new tariff laws as a major supplier of automobile components to the United States. The 90-day negotiating pause is an important window of time for APAC nations to adjust to the changing nature of trade, notes the report.

The report adds that German manufacturers are expected to suffer the most as a result of the US tariffs on exports from the EU automobile sector. Prominent companies like Mercedes, Audi, BMW and Volkswagen now have to make difficult choices about whether to stop shipments or pay the additional expenses associated with tariffs. As a result of US tariffs on EU steel and aluminium, the EU has responded by levying a 25 percent duty on a variety of US commodities worth about EUR 22 billion. However, the EU has also halted its retaliatory tariffs until the conclusion of ongoing trade talks, in response to the US president's declaration of a 90-day postponement of tariff rises.

The report notes that this tit-for-tat strategy highlights the brittleness of global trade relationships and that a protracted trade war may lead to a negative cycle of tariffs that would hurt both economies. As a result, a solution must be found to promote a more stable environment in the automotive industry. “The US president's decision to suspend tariff increases for 90 days while negotiations unfold presents a critical opportunity for all stakeholders involved. Larger manufacturers may adapt through strategic pricing and production shifts, but smaller suppliers may face a more precarious future amid these changes. As the automotive sector increasingly focuses on domestic production to mitigate tariff impacts, the evolving landscape presents both immediate challenges and potential long-term opportunities for growth and investment,” concluded Palit.

The Rubber Board has announced the commencement date for a three-month Certificate Course in molecular biology and biotechnology techniques through the National Institute for Rubber Training (NIRT). The course begins on 7 May 2025 and the number of seats is limited to 15.

Graduates, postgraduates, research scholars and practitioners interested in academic and industrial employment based on molecular biology and biotechnology in any field of biological science are encouraged to apply by 1 May 2025, according to the organisation's press release. In addition to updating knowledge, the course focuses on developing practical skills in some of the fundamental molecular procedures, such as gene cloning, sequencing, gene expression, transgenic development and the extraction of nucleic acids (DNA, RNA). According to the statement, individuals who successfully complete the course will be qualified to participate in cutting-edge research in molecular biology and related fields as a potential career opportunity.

Interested candidates may contact on 9495928077 (WhatsApp 0481 2351313) or send a mail to training@rubberboard.org.in for more details.

Nexen Tire’s N’FERA Sport R and N’Blue 4 Season 2 tyres have emerged winners at the 2025 Green Good Design Awards, the eco-focused division of the Good Design Awards, organised by The Chicago Athenaeum and The European Centre for Architecture, Art, Design and Urban Studies. Both the tyres were recognised in the Green Transportation category for their eco-friendly design.

The N’FERA Sport R, a high-performance summer tyre, was praised for its function-driven design that enhances driving performance and user convenience. The tyre features ‘Step Groove’ tread pattern, wherein the groove gradually expands the contact area as the tyre wears, which helps in maintaining the grip even in worn conditions. The circular wear indication in the middle of the tread diminishes over time, signalling that the tyre needs to be changed. To increase grip, the tyre also makes use of a broad contact patch and a high-carbon black compound. To improve stability and responsiveness at high speeds, the inside is constructed with a two-ply polyester framework and a twin steel belt. By avoiding wheel slide, these design elements contribute to steady performance even in high-torque electric vehicles.

Already a recipient of the prestigious Red Dot Design Awards (2022) and the ‘Green Tire’ seal from AutoBild (2023), the N’Blue 4Season 2 was also recognised in the same category for its eco-friendly design, which decreases tread wear, extends replacement cycles and lowers environmental impact. The tyre lasts longer and produces less waste thanks to a new compound that increases wear resistance by almost 30 percent over the previous model, supporting sustainability. Fine sipes are positioned in the middle of the tread blocks to guarantee uniform contact with the road. The outer tread's serrated edges enhance braking on snow, while the centre’s slanted support structure lessens block movement on uneven terrain for a more stable ride during the winter.

Travis Kang, Global CEO of Nexen Tire, said, “This award highlights our commitment to shaping a sustainable mobility environment through design-driven innovation. This accolade confirms our commitment to sustainability and quality. We will continue to strengthen our brand through innovation and responsible management.”

Bekaert has flagged off its first fleet of LNG-powered trucks in India in collaboration with GreenLine, the country’s leading provider of sustainable heavy trucking solutions. The joint initiative is aimed at supporting India’s vision for a gas-based economy and reducing the carbon footprint of road logistics.

The foundation of the collaboration with GreenLine is a mutual dedication to operational innovation and ESG standards. Bekaert has the infrastructure required to trial this effort in Chennai and Halol, with plans to expand following a six-month learning period, thanks to GreenLine's LNG ecosystem, which is supported by real-time telemetry and a smooth refuelling network. It is anticipated that each LNG truck will save up to 24 tonnes of CO₂ a year, making a significant contribution to Bekaert's targets of 65 percent of sales coming from sustainable sources and carbon net zero by 2050.

Dinesh Mukhedkar, Procurement Operations Lead – South Asia and Procurement Global Shared Service Centre Lead, said, “As part of our purpose, ‘Establishing the new possible’, and our ambition to lead in safe, smart and sustainable solutions, decarbonising logistics is an essential step. Heavy-duty transport contributes nearly 90 percent of emissions in Indian logistics. Switching to LNG helps reduce CO₂ by up to 30 percent and particulate matter by up to 91 percent compared to diesel. GreenLine’s mission and integrated support made them the ideal partner. Together, we are shaping a cleaner, more sustainable future for logistics in India.”