Global leading tyre company Hankook Tire & Technology (Hankook Tire) has introduced its first EV summer tyre with ISCC PLUS certification (International Sustainability & Carbon Certification) with the iON evo. 

The new tyre is derived from the Hankook iON Race tyre, which has been used exclusively on the vehicles competing in the ABB FIA Formula E World Championship since 2023 and consists of 45 percent sustainable raw materials. The new iON evo will come as OE fitment on the updated Porsche Taycan electric sports car. This the company claims are the first tyre in the premium vehicle manufacturer's original equipment range with this prestigious certification.

Klaus Krause, VP & Head of Europe Technical Center, Hankook said, “The ISCC PLUS-certified iON evo represents the culmination of our ambition to produce tyres that are truly more sustainable. We are also very proud that our European production plant in Hungary, where the iON evo is produced, is the second Hankook site worldwide to receive the coveted ISCC PLUS certification. The fact that Porsche has chosen the iON evo as original equipment for the new Taycan is of course a big vote of confidence for us. Thanks to our motorsport-proven technologies, the Hankook tyre with its increased sustainability and optimised rolling resistance makes a significant contribution to increasing the range of the high-performance electric sports car.” 

Sustainability at the core

Despite the high content of 45 percent sustainable materials, the developers at Hankook have said to succeed in increasing the iON evo’s sustainability without having to compromise on tyre safety and performance. The engineers used renewable and recycled materials that match the strength, flexibility, and durability of conventional tyre components. These include bio-based silica from grain waste, recycled PET textile cord from plastic waste, bio-circular synthetic rubber from bio-circular feedstocks, recycled carbon black from used tires, and even natural resin. The Hankook team responsible for the development of the tyre were also able to leverage the knowledge gained from Formula E, where a racing tyre with a high percentage of sustainable materials – the iON Race – is used.

The new iON evo with the ISCC PLUS logo on its sidewall is making its debut as original equipment for the Porsche Taycan in the dimensions 245/40 R21Y XL (FA) and 285/35 R21Y XL (RA). Like the other tyres in the iON family, this advanced development uses a tread mixture with plant-based oils. It not only makes the tread more sustainable overall, but also has a positive effect on the durability. For support during especially dynamic driving or sudden lane changes, the Hankook engineers also used reinforced material to increase the lateral stiffness. The engineers also benefited from knowledge gained in previous homologation processes for the premium manufacturer.

Increased range

Hankook states as with the other iON models, the new iON evo with ISCC PLUS certification offers greatly reduced rolling resistance compared to a conventional tyre, which increases the range per battery charge of the Porsche Taycan. 

Porsche itself states that up to 40km more can be possible thanks to the 21-inch aero wheel from Hankook. In addition, the Hankook iON products are particularly designed for the immediately available high torque produced by powerful electric vehicles. All in all, what this means for the electric car driver is more range per battery charge and a feeling of real safety and comfort when driving.

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Japanese chemical manufacturer Tosoh Corporation announced plans on Wednesday to construct a second chloroprene rubber production facility at its Nanyo Complex, representing an investment of approximately ¥75 billion (£460 million) to meet rising global demand for the speciality polymer.

The new facility, scheduled to begin construction in spring 2027, will add 22,000 metric tonnes of annual production capacity for Tosoh’s SKYPRENE chloroprene rubber brand. Commercial operations are expected to commence in spring 2030 at the Shunan City site in Yamaguchi Prefecture.

Chloroprene rubber serves as a critical component across multiple industries, from automotive manufacturing to medical applications. The synthetic rubber’s popularity stems from its exceptional resistance to oil, weather conditions, and flame exposure, making it suitable for demanding applications, including automotive hoses, industrial belts, adhesives, and medical gloves.

The expansion comes as global demand for high-performance polymers continues to grow, driven by increasing automotive production and stricter safety requirements across industrial sectors. Medical applications have also seen increased demand following heightened awareness of the requirements for protective equipment.

Tosoh’s decision to double down on chloroprene rubber production reflects the material’s position within what the company terms its “Chemical Chain Business” - a strategy focused on value-added speciality chemicals rather than commodity products.

The investment represents one of the larger capacity expansion projects announced by Japanese chemical companies this year, signalling confidence in long-term demand fundamentals despite current global economic uncertainties.

The Nanyo Complex already houses Tosoh’s existing chloroprene rubber operations alongside other chemical production facilities. The site’s established infrastructure and logistics capabilities influenced the decision to expand at the existing location rather than develop a greenfield facility.

Industry analysts note that the three-year construction timeline reflects the technical complexity of chloroprene rubber production, which requires specialised equipment and stringent safety protocols due to the chemical processes involved.

The expansion aligns with broader trends in the Japanese chemical industry, where companies are increasingly focusing on high-margin speciality products to offset competitive pressures in traditional commodity chemicals from lower-cost Asian producers.

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Epsilon Carbon, a leading global manufacturer of carbon black, has launched N134, which it claims is a specialised ‘Hard Grade’ carbon black known for its superior abrasion resistance and durability.

At present, the high-quality N134 grade is being imported due to the lack of consistent quality and supply chain issues in the Indian market. As a result, the tyre makers have to modify their formulations using other grades of carbon black, which it shared often leads to reduced performance.

But now, Epsilon Carbon has become the first company in India to install a dedicated manufacturing unit designed for N134 grade hard carbon. The company is expanding its existing Vijayanagar Carbon complex facility to produce 215,000 tonnes of carbon black.

This will not only ensure consistent supply of N134 carbon black for tyre makers in the country, reduce import dependency, but also open up export potential to markets such as Europe and USA. Epsilon Carbon will also focus on integrate advanced processing techniques to ensure batch consistency for durability and performance.

Vikram Handa, Managing Director, Epsilon Carbon, said, “This is a proud moment for us and for India’s carbon black manufacturing sector as the high quality N134 black will significantly reduce import dependency and provide tire manufacturers in India and abroad with a reliable, high-quality product. Our goal is to match global standards while building India’s capability to serve premium markets.”

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Lummus Technology, a leading provider of process technologies and energy solutions, has signed a memorandum of understanding (MoU) with InnoVent Renewables to collaborate on the global licensing and deployment of InnoVent’s continuous tyre pyrolysis technology.

Under the proposed agreement, Lummus will become the exclusive licensor for InnoVent’s proprietary pyrolysis process, which transforms end-of-life tyres into valuable outputs, including pyrolysis oil, gas, recycled carbon black and steel. Additionally, Lummus will offer integrated technology packages that combine InnoVent’s pyrolysis system with its own downstream processing solutions, enhancing the value of fuel and chemical products derived from waste tyres.

InnoVent’s technology provides a fully scalable, end-to-end solution for converting discarded tyres into renewable fuels and high-value petrochemicals, covering everything from pre-processing to purification. The company currently operates a commercial-scale facility in Monterrey, Mexico, with an annual processing capacity of up to one million passenger tyres, and has the capability to expand further.

Leon de Bruyn, President and Chief Executive Officer, Lummus Technology, said, “This is another significant step in expanding and strengthening our portfolio for the circular economy. By combining InnoVent’s tyre recycling technology with Lummus’ global licensing and engineering expertise, we will be addressing the global challenge of waste tyres and creating new pathways for sustainable product development.”

Vibhu Sharma, Chief Executive Officer, InnoVent Renewables, said, “Partnering with Lummus has the potential to accelerate the global deployment of our technology and help us address the environmental and public health challenges of one billion end-of-life tyres that are disposed of annually. Together, we can transform waste into valuable resources, reduce carbon emissions and support the transition to a more sustainable future.”

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Continental is accelerating its efforts to make tyre production more sustainable, with the German tyre manufacturer expecting the share of renewable and recycled materials in its tyres to rise by up to three percentage points in 2025.

The average share stood at 26 percent in 2024, and Continental said it anticipates a further increase this year due to the expanded use of materials such as synthetic rubber derived from renewable sources, recycled PET polyester, recycled steel, and silica made from rice husk ash — a by-product of rice production.

“We are systematically increasing the share of renewable and recycled materials in our raw material portfolio. In five years, we aim to surpass the 40 percent mark,” said Jorge Almeida, Head of Sustainability at Continental Tires. “To achieve sustainable mobility, we are constantly searching for even more environmentally friendly materials. After extensive testing, we integrate them into production as quickly as possible.”

The company has set a goal of using over 40 percent renewable or recycled materials in its tyres by 2030, without compromising on performance or safety.

A key pillar of this transformation is the adoption of mass balance-certified materials. This approach, certified under ISCC Plus, enables Continental to mix certified and non-certified materials during production while maintaining strict accounting procedures to ensure traceability.

The company has already secured ISCC sustainability certification for its tyre plants in Lousado (Portugal), Hefei (China), Púchov (Slovakia) and Korbach (Germany). Continental is also scaling up its use of recycled steel, silica from rice husk ash, and PET yarns made from recycled plastic bottles via its proprietary ContiRe.Tex process.

Other sustainable innovations include COKOON, an adhesive coating system co-developed with Kordsa that replaces formaldehyde and resorcinol in bonding textile components with rubber. Continental also continues to explore alternative additives derived from renewable sources to improve the tyre vulcanisation process.

“We have developed a comprehensive portfolio of diverse, more sustainable materials and are continuously integrating them into all our products after extensive testing,” Almeida said. “In doing so, we ensure that there is no compromise in safety or performance. With this portfolio, we are getting closer and closer to our ambitious, long-term sustainability goals.”

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