The tyre is an amazing example of something that has served its purpose for more than a century with no drastic functional changes but has yet undergone constant improvement and sometimes fundamental structural changes. Materials have changed from leather to natural rubber, and then to ever-developing compounds of natural and synthetic rubber, as well as chemicals. Structurally, the largest change has been from bias to radial casing construction, and while some tyre products are now largely only radial tyres – passenger car tyres, for example – other vehicle segments still consume a large quantity of bias tyres; in some regions of the world more than others.

While the equipment required to produce bias tyres is fairly simple, and the costs of establishing a production line therefore relatively manageable – roughly speaking it’s a textile production line combined with vulcanizing in simple 2-part moulds – the costs of establishing a radial tyre production line are massive. From rubber calenders to radial steel belt production and angle cutting over bead ring building and green tyre building drums, until finally curing in 8-segment moulds – and many more steps and essential equipment not mentioned in between. Each machine and process is as important as the next, and only the most skilled management of the entyre production flow can ensure that a quality product comes out at the end. So, needless to say, many of the quality improvements of the past decades have come from improving production equipment and knowledge as much as from improving tread designs and rubber compounds.

Chinese factories

Further, as many tyre production equipment manufacturers have expanded to supply all over the world, many production lines have become much more similar to each other as they approach the worldwide optimal standard for balancing production costs and quality. I won’t mention any specific manufacturer names here, but anyone who has visited a tyre factory in China will have had an employee guide proudly point out that they use only the best equipment from manufacturers in the Netherlands, Japan, Germany, and the USA. I’ve always been tempted to ask if the hammer is more important or the person who wields it, but I digress. The fact is that most Chinese factories have also improved drastically in terms of management and comply with IATF 16949 standards to ensure consistently high-quality levels and constantly reduce defects. The main driver and reason for the current standards is the reduction of manual work stations and a large manual labour workforce to largely automatic or at least semi-automatic machinery, reducing the manual labourers to employees simply moving materials or finished products from one place to another. Over time, these will also be made redundant, as machines will also handle this part.

The question remaining is just how factories located in low-wage countries will keep competitive as the necessary equipment costs the same all over the globe, and less hands are needed to operate the massive production lines. When the lines all over the world only need core staff to monitor and make technical adjustments and maintenance work, the difference in the product cost structure can only come from land and building use, logistics and handling costs, as well as water, heating, and electricity fees. Especially the latter, utility fees, probably soon make up the most important factory when it comes to differentiating tyre cost structures across the world.

Global supply

What will this mean for the global tyre supply? Most likely, it will be good news for the environment, as it won’t make as much sense as previously to send products across the globe, because the transportation costs will make the products more expensive than locally produced ones – regardless of production country. Given that all countries play fair, that is, so maybe I should say in a perfect world. There is no doubt that some countries favour their large factories with subsidies or tax rebates more than the developed countries do. But, with the recent massive rise in sea freight charges caused by the pandemic, and amplified by the Ever Given blocking the Suez Canal, the tables could be turned faster than anyone expected. Just until a month ago we all expected the extremely high sea freight levels from Asia to the rest of the world to last just a few months, now the carriers expect that we won’t see normalization – and thereby decreasing rates – again until 2024. As tyre prices from low-cost manufacturing countries have been gradually closing the gap to second tier brands over the past decade (and quality levels have followed suit and in rare cases even surpassed them), they have now very suddenly lost all competitiveness when solely looking at pricing. Surely, it has been the strategy of all these manufacturers for many years to ultimately surpass the competition on quality and performance, but not before surpassing them on price.

So, what will happen now? Nobody knows, but it will be equally interesting and nerve-wracking to follow. For the tyre building machine manufacturers, the dilemma has grown bigger than ever before; should they continue to develop better machines, as they risk killing their clients by doing do? There’s a very narrow path to tread between staying competitive against other machine manufacturers and sustaining the financial health of one’s own clients. (TT)

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A new partnership between Pirelli and Aston Martin will integrate Pirelli's pioneering Cyber Tyre technology into the British ultra-luxury brand's future vehicles. This system represents a significant technological advancement as the first of its kind capable of gathering real-time data from sensors embedded directly within the tyre's tread. These sensors feed information to Pirelli's proprietary software and algorithms, which then communicate seamlessly with the vehicle's electronic architecture.

This integration, developed in cooperation with Bosch Engineering, allows the car's main dynamic control systems, including ESP, ABS and traction control, to receive and utilise a comprehensive set of precise tyre data that was previously unavailable. By processing this information, an electronic control unit can optimise the vehicle's dynamics, enhancing both performance and safety. The collaboration underscores a shared commitment to innovation in the ultra-luxury performance sector. The adoption of the Cyber Tyre system marks a notable step forward in Aston Martin's pursuit of class-leading capabilities, leveraging detailed, real-time insights to refine the driving experience.

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The latest data from the German rubber industry highlights severe challenges at the domestic location are compelling companies to fulfil local demand primarily through their foreign production facilities, according to the German Rubber Industry Association (wdk).

A recent business climate index indicates a slight improvement in industry sentiment for the second half of 2025. However, wdk President Michael Klein sharply contradicts this optimism, stating that the data reveals a far grimmer reality. He emphasises that critical performance indicators – including revenue, sales, employment and production – are all showing deeply negative results for the domestic market, underscoring a troubling exodus of manufacturing from its core German base.

Klein has acknowledged the federal government's pledge to launch an ‘autumn of reforms’ as a positive signal. Nevertheless, he insists these measures must urgently deliver tangible relief and cost reductions for industrial companies of all sizes. He argues that what is needed most is a decisive and rapid approach to the promised reduction in bureaucracy, stressing that only verifiable results, not further promises, will count towards improving the competitiveness of the German industrial location.

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Chinese tyre manufacturer Sailun Group has begun construction on a new USD-1-billion tyre facility in Egypt. The plant is situated within the Sokhna integrated industrial zone, part of the Suez Canal Economic Zone (SCZONE). This investment, one of the largest Chinese industrial projects in Egypt, was officially launched at a ceremony attended by SCZONE General Authority Chairperson Walid Gamal El-Din.

The expansive 350,000-square-metre factory will be developed in three phases over a three-year period. The initial phase is scheduled to become operational in 2026, with a planned production capacity of three million passenger car tyres and 600,000 truck and bus tyres annually. This first stage is expected to generate 1,500 new jobs. Upon full completion, the facility's total output is projected to surpass ten million tyres each year.

As a global leader in tyre manufacturing with an extensive international sales network, Sailun Group will utilise this new factory as a strategic hub. The facility is designed to meet rising demand within the local Egyptian market while also creating substantial opportunities for export to regional and international markets.

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With the rise of electric vehicles reducing exhaust emissions, attention is shifting to non-exhaust emission like Tyre and Road Wear Particles (TRWP). These microscopic particles, generated from tyre and road surface friction, are a growing environmental concern and will be addressed in the upcoming Euro 7 emissions standard. To tackle this challenge, Nynas has joined a major research consortium coordinated by the Royal Institute of Technology (KTH), alongside Volvo Cars, Scania and the Karolinska Institute.

The project aims to close a significant scientific knowledge gap by thoroughly investigating the formation, characteristics and environmental impact of TRWP. Nynas contributes a unique dual perspective to this interdisciplinary effort, bringing deep expertise in both tyre rubber compounds and bitumen-based road materials. Pär Nyman, Technical Manager – Tyre & Chemical Industries, Nynas, represents the company in the project alongside the company’s Chief Scientist, Dr Xiaohu Lu, who brings extensive expertise in bitumen and asphalt to the collaboration. A key focus will be understanding how different materials contribute to wear mechanisms.

The research scope extends beyond particle analysis to include measuring the rolling resistance of various tyre and bitumen combinations, a parameter directly linked to vehicle energy efficiency and greenhouse gas emissions. By uniting industry and academia, this collaboration is poised to drive innovation and set new benchmarks in sustainable mobility research.

Pär Nyman, Technical Manager – Tyre & Chemical Industries, Nynas, said, “While Sweden lacks domestic tyre manufacturers, Nynas' research capabilities fill that gap by providing foundational insight into the chemistry and physics behind TRWP generation. Nynas' rubber and asphalt labs are at the heart of this contribution. One of the core insights driving this initiative is that wear particles cannot be fully understood by analysing tyres or roads in isolation. It's the interaction – the system – that matters. By studying both tyre composition and road structure, the project aims to develop a holistic view of TRWP formation, dispersion and toxicity. At Nynas, we are excited to contribute our unique knowledge of materials to help solve an important challenge for both the environment and human health. Through collaboration and scientific inquiry, we aim to pave the way for cleaner roads and cleaner air – one particle at a time.”

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