Advanced carbon materials can be described as a family, made up of a diverse array of 3D, 2D, 1D, and 0D materials, each with its own properties and best-suited applications. IDTechEx's research provides in-depth analysis of the market impact of each material type, and their individual use cases from high-end sporting goods to R&D materials that are beginning to mature.

Aerogel demand for EV fire protection grew by 15-fold between 2021 and 2024, according to IDTechEx, with key manufacturers shifting towards leveraging the growing aerogel manufacturing capacity in China to meet demand. But, with the US imposing tariffs on China and other global partners, what does this mean for the aerogels market?

Fire safety continues to be a key topic for electric vehicles (EVs) as the market continues to grow. In this article, IDTechEx discusses the different types of EV battery chemistry and its impact on thermal runaway safety.

Recycling plastics from the automotive sector and reusing them in vehicle manufacturing processes will be critical in reducing resource consumption and the use of unsustainable plastics.

Battery raw materials are in the spotlight as lithium-ion demand surges alongside growing emphasis on sustainability. Variations in material emission intensities suggest that major decarbonization opportunities exist in raw materials sourcing.

The space economy is growing rapidly, driven by commercial operations with lower costs. Thermal protection systems enable spacecraft to endure the extreme environments of atmospheric entry, but how will developments in this industry impact the broader space economy?

Although there have been several unsuccessful attempts to commercialize MOFs historically, the design flexibility and structural versatility of MOFs have attracted widespread interest in numerous applications in recent years, many of which are nearing commercialization. With a projected 30-fold market growth by 2035, this article offers an in-depth look at how MOFs are reshaping the future of carbon capture, water harvesting, chemical and gas separations, and beyond.

Ion exchange membranes are crucial materials used as solid electrolytes in green hydrogen and energy storage technologies. Rising demand and material manufacturing innovations are set to define the ion exchange membrane market over the next decade, which IDTechEx predicts will exceed US$2.9B in value by 2035.

With the USA importing up to 80% of its raw silver, imposed tariffs will dramatically affect the technology landscape for conductive inks. This article assesses emerging alternative inks and the required ink properties for specific applications.

Thursday 17 April 2025; Self-Healing Materials: Commercial Success or Academic Novelty? An introduction to self-healing materials and mechanisms; Materials science considerations for self-healing materials; Assessment of the applications driving self-healing materials R&D and the likelihood of commercial success

This article outlines a dual strategy to address PFAS contamination; regulating PFAS production and usage to prevent further environmental release, and deploying advanced treatment technologies to eliminate existing PFAS pollution.

As demand continues to grow and supply risks swell, a market for critical material recovery technology that enables recycling from end-of-life products and waste is rapidly emerging.

The medical sector is one of the largest spaces where 3D printing operates, with opportunities for implant customization, educational models, and drug manufacturing.

Wednesday 9 April 2025 - Driving E-Mobility Forward: How EVs Are Shining a Spotlight on Aerogels; An introduction to aerogels; Factors and regulations driving the increased focus on fire safety in EVs; Comparison of aerogel material types as EV fire protection materials and comparison with other fire protection materials; Market status and outlook for future market share of aerogels in EV applications

The automotive industry is often an early adopter of luxury products, where both the increased performance and convenience are selling points to consumers. Self-healing materials can be used in a range of automotive applications, including tires, paints, and coatings. Use cases even extend to asphalt road surfaces, where damage can lead to issues for vehicles and drivers.

Thursday 3 April 2025 - Understanding the Critical Materials in Lithium-Ion Batteries: Trends in Demand, Supply, and Sustainability; An overview of materials in lithium-ion batteries; Critical battery materials demand trends; Trends in battery mineral mining and extraction; Carbon emission profiles of battery raw materials; Global raw materials supply outlooks; The prospects of deep-sea mining

Since 2020, the emergence of aerogels as a fire protection material for electric vehicle (EV) batteries has provided a new and rapidly growing opportunity for the aerogel market. According to the latest IDTechEx market report, "Aerogels 2025-2035: Technology, Market, Forecasts", the adoption in EV thermal barriers has helped drive the aerogels market to exceed US$1 billion in 2025.

The automotive industry faces increasing pressure to improve sustainability, with material choice at the forefront of this transformation. With over 14 million tonnes of plastics used in passenger vehicles each year, addressing the sustainability of these materials is critical. Two leading solutions are recycled plastics and bioplastics. But what is the future of sustainable cars?

How electric 2-wheelers (E2Ws) are used and how their batteries are designed is very different from the car market. IDTechEx's report, "Fire Protection Materials for EV Batteries 2025-2035: Markets, Trends, and Forecasts", finds that the market for fire protection materials in E2Ws will grow by 12 times compared to its 2024 size.

The rapid expansion of electrification, enabled by lithium-ion batteries (LIBs), demands urgent actions to secure a stable and responsible supply of critical minerals for LIBs. The growth in battery material demand varies across different materials, driven by several factors including the demand for LIBs of different chemistries, material intensity variations across battery chemistries, and ongoing developments in lithium-ion cell design.