Top Companies Driving Innovation and Transforming the Global Advanced Phase Change Materials Market

According to Next Move Strategy Consulting, The global Advanced Phase Change Materials Market was valued at USD 2.50 billion in 2025 and is expected to reach USD 3.07 billion in 2026. Propelled by escalating demand for energy-efficient thermal management solutions across construction, cold chain logistics, electric vehicles, and renewable energy storage, the market is projected to reach USD 7.73 billion by 2035, advancing at a CAGR of 10.82% from 2026 to 2035. Key growth drivers include rapid adoption of encapsulated and formulated PCMs in sustainable buildings, surging EV battery thermal regulation requirements, growing pharmaceutical cold chain investments, and expanding deployment of specialty PCM in renewable energy storage infrastructure globally.

Our analysis indicates that the industry is moving beyond traditional thermal insulation approaches toward advanced encapsulated, bio-based, and engineered phase change materials capable of delivering precise temperature regulation and improved energy efficiency. Evolving sustainability regulations, decarbonization targets, and growing adoption of smart energy infrastructure are accelerating innovation in PCM formulations and integration technologies. Based on our evaluation, advancements in microencapsulation, specialty polymers, bio-derived thermal storage materials, and cold chain optimization solutions are reshaping competitive dynamics and expanding the application scope of advanced phase change materials worldwide.

Advanced Phase Change Materials Market Overview

The Advanced Phase Change Materials Market is evolving at an unprecedented pace as industries increasingly prioritize energy efficiency, thermal optimization, and sustainability across a broad range of applications, including construction, electric vehicles, renewable energy storage, pharmaceuticals, and advanced electronics. Based on our assessment, we found that rising demand for precise temperature regulation and improved energy conservation is driving sustained adoption of advanced phase change materials capable of storing and releasing thermal energy efficiently. Growing investments in green building initiatives, battery thermal management systems, and temperature-sensitive supply chains are further reinforcing market expansion, with organizations integrating PCM technologies as part of broader decarbonization and energy-efficiency strategies. At the same time, through our analysis of market trends, we observed that the transition from conventional thermal management methods toward engineered, application-specific PCM solutions is fundamentally redefining how thermal energy is stored, controlled, and utilized across multiple industries. Moreover, increasing regulatory focus on carbon reduction, sustainable infrastructure, and energy performance standards is accelerating the deployment of advanced PCM technologies across both developed and emerging markets.

Furthermore, technological innovation is reshaping the competitive dynamics of the Advanced Phase Change Materials Market, where advancements in microencapsulation technologies, specialty polymers, bio-based formulations, and composite material engineering are significantly expanding the performance capabilities and application range of modern PCM solutions. Through our engagement with material developers, technology providers, and end-use industries, we found that next-generation phase change materials are moving beyond traditional building insulation applications to become critical components within electric vehicles, AI-driven computing infrastructure, renewable energy storage systems, and pharmaceutical cold chain networks. The adoption of advanced encapsulation techniques, enhanced thermal conductivity formulations, and sustainable raw material technologies is enabling improved thermal efficiency, longer service life, and greater integration flexibility across diverse operating environments. In addition, developments in bio-derived materials, recyclable PCM formulations, and high-performance thermal interface solutions are supporting the industry's transition toward more sustainable and environmentally responsible thermal management technologies. These advancements, combined with increasing demand for energy-efficient solutions and temperature-sensitive applications, are positioning advanced phase change materials as indispensable components within the global thermal management and energy storage ecosystem.

Leading companies such as Henkel AG & Co. KGaA, Solstice Advanced Materials Inc., DuPont, Croda International Plc, and Cold Chain Technologies are at the forefront of transforming the Advanced Phase Change Materials Market through continuous innovation, advanced material development, and strategic market expansion. Our analysis indicates that these organizations are increasingly focusing on improving thermal performance, enhancing material sustainability, and expanding the application scope of phase change technologies across electronics, electric mobility, cold chain logistics, and energy storage sectors. Moreover, through our interaction with manufacturers and technology providers, we identified that investments in PCM-based thermal interface materials, advanced thermal management solutions, sustainable specialty formulations, and temperature-controlled packaging technologies are enabling improved efficiency and broader commercialization of next-generation phase change materials. These efforts are collectively redefining the competitive landscape, positioning advanced phase change materials as high-value, performance-driven, and strategically important technologies within the rapidly evolving global thermal management ecosystem.

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Highlights of HENKEL AG & CO.

Henkel AG & Co. KGaA, headquartered in Düsseldorf, Germany, is a global leader in adhesives, sealants, functional coatings, and specialty materials serving industries including electronics, automotive, industrial manufacturing, and consumer goods. Through its Adhesive Technologies business segment, the company develops advanced thermal management materials and engineered solutions designed to improve performance, reliability, and energy efficiency across high-value applications. The global Advanced Phase Change Materials Market significantly influences Henkel's strategic direction, as growing demand for thermal regulation technologies in electric vehicles, electronics, and energy storage systems continues to drive innovation across its materials portfolio.

Our analysis indicates that in 2025 and 2026, Henkel strengthened its position within the Advanced Phase Change Materials Market through several significant thermal management product introductions targeting electric mobility and advanced electronics applications. The company launched Loctite SI 5643 and Loctite SI 5637, thermally conductive silicone potting materials engineered for electric vehicle inverters and on-board chargers, enhancing heat dissipation and operational reliability in high-power electronic systems. Henkel also introduced Bergquist Liqui Form TLF 6500 CGel-SF, a silicone-free thermal gel designed for ADAS domain controllers and autonomous driving electronics, offering thermal conductivity of 6.5 W/m·K. These developments collectively align with the Advanced Phase Change Materials Market's growing emphasis on advanced thermal regulation technologies for electrification, autonomous mobility systems, and next-generation electronics, reinforcing Henkel's competitive positioning within high-performance thermal management solutions.

Highlights of SOLSTICE ADVANCED MATERIALS INC.

Solstice Advanced Materials Inc., headquartered in the United States, specializes in advanced thermal management technologies and phase change material solutions designed for electronics cooling, energy storage, computing infrastructure, and industrial applications. The company focuses on developing high-performance thermal interface materials that improve heat transfer efficiency, system reliability, and operational performance across increasingly demanding thermal environments. The global Advanced Phase Change Materials Market plays a central role in Solstice's growth strategy, as expanding deployment of high-performance computing, artificial intelligence infrastructure, and advanced electronics continues to accelerate demand for innovative PCM-based cooling solutions.

Our findings indicate that in 2026, Solstice Advanced Materials showcased its PTM7950 Phase Change Material (PCM) thermal interface solution at SEMI-THERM 2026, highlighting the product's applicability across advanced computing platforms, artificial intelligence hardware, graphics processing units, and high-performance electronics cooling environments. The company emphasized the solution's high thermal conductivity, low thermal resistance, and scalability for deployment across increasingly demanding thermal management applications. This initiative reflects the Advanced Phase Change Materials Market's accelerating expansion into AI infrastructure, high-density computing architectures, and advanced electronics systems, where efficient thermal control has become a critical performance requirement. The development further strengthens Solstice Advanced Materials' strategic positioning within PCM-based thermal interface technologies and next-generation electronics cooling solutions.

Highlights of DUPONT

DuPont, headquartered in Wilmington, Delaware, United States, is a global science and technology company specializing in advanced materials, electronics technologies, industrial solutions, water systems, and high-performance engineered products. The company serves a broad range of industries through extensive research and development capabilities focused on material innovation and performance enhancement. Within the global Advanced Phase Change Materials Market, DuPont plays an important role through its thermal management technologies, advanced electronics materials, and specialty solutions designed to address increasingly complex heat management challenges across semiconductor, computing, and industrial applications.

Our analysis indicates that in 2025, DuPont expanded its presence across multiple dimensions of the Advanced Phase Change Materials Market through developments focused on advanced thermal management and electronics innovation. At JPCA Show 2025, the company showcased advanced interconnect technologies emphasizing power and thermal management solutions designed for artificial intelligence systems, semiconductor packaging, and high-performance electronic applications. DuPont also highlighted its Laird™ Tpcm™ 7000 phase change thermal interface material, engineered to enhance thermal performance across advanced electronics and high-performance computing environments. Collectively, these initiatives demonstrate DuPont's commitment to addressing growing thermal management challenges associated with AI-driven computing, semiconductor miniaturization, and increasing power densities, reinforcing its competitive position within advanced thermal materials and electronics applications.

Highlights of CRODA INTERNATIONAL PLC

Croda International Plc, headquartered in Goole, England, United Kingdom, is a global specialty chemicals company focused on consumer care, life sciences, industrial specialties, and performance technologies. The company develops high-value specialty ingredients and advanced chemical solutions serving customers across Europe, North America, Asia-Pacific, and Latin America. Croda's expertise in sustainable chemistry, bio-based materials, and specialty formulation technologies positions it as an important participant in thermal management and energy-efficiency applications. The global Advanced Phase Change Materials Market influences Croda's strategic direction as increasing demand for sustainable thermal storage solutions and environmentally responsible materials continues to shape innovation priorities across multiple industrial sectors.

Our assessment indicates that in 2025 and 2026, Croda International Plc continued strengthening its position within the Advanced Phase Change Materials Market through its ongoing focus on sustainable specialty chemicals, bio-based materials innovation, and advanced formulation technologies. The company maintained investments across its Life Sciences, Consumer Care, and Industrial Specialties segments, leveraging its expertise in renewable raw materials and performance ingredients to support the development of next-generation thermal management and energy-efficiency solutions. Croda's continued emphasis on sustainability-driven innovation and specialty material development aligns with growing market demand for environmentally responsible phase change materials and advanced thermal storage technologies. These efforts reinforce the company's strategic positioning as industries increasingly seek sustainable alternatives for thermal regulation, energy conservation, and temperature-control applications across construction, industrial, and energy-related sectors.

Highlights of COLD CHAIN TECHNOLOGIES

Cold Chain Technologies, headquartered in Franklin, Massachusetts, United States, is a leading provider of temperature-controlled packaging solutions and thermal protection systems serving the pharmaceutical, biotechnology, healthcare, and life sciences sectors. The company specializes in insulated packaging, temperature-monitoring technologies, and advanced thermal management solutions designed to protect temperature-sensitive products throughout global distribution networks. The global Advanced Phase Change Materials Market directly influences the company's strategic priorities, as increasing demand for precise temperature control and pharmaceutical cold chain reliability continues to drive adoption of PCM-based thermal protection technologies.

Our assessment indicates that in 2025, Cold Chain Technologies executed several strategically significant initiatives that substantially strengthen its competitive positioning within the Advanced Phase Change Materials Market. The company acquired Global Cold Chain Solutions (GCCS), expanding its manufacturing footprint and thermal packaging capabilities across Australia and India while enhancing its ability to support temperature-sensitive pharmaceutical and life sciences supply chains. Cold Chain Technologies also launched EcoFlex 3, an upgraded reusable shipping solution incorporating PCM-based temperature-control technologies alongside enhanced dry-ice performance for critical cold chain applications. These developments align with the Advanced Phase Change Materials Market's expansion across pharmaceutical logistics, biologics distribution, and temperature-sensitive healthcare supply chains, reinforcing the company's strategic focus on advanced thermal protection and temperature-controlled packaging solutions.

Summary of Advanced Phase Change Materials Market

The global Advanced Phase Change Materials Market is undergoing a significant and accelerating transformation, driven by growing demand for energy-efficient thermal management solutions across construction, electric vehicles, renewable energy storage, pharmaceuticals, and advanced electronics applications. Rising emphasis on sustainability, decarbonization, and energy conservation is accelerating the adoption of advanced phase change materials capable of delivering precise temperature regulation and enhanced thermal storage performance. Expanding investments in electric mobility, AI-driven computing infrastructure, cold chain logistics, and renewable energy systems are sustaining strong market momentum as the sector advances. Companies such as Henkel AG & Co. KGaA, Solstice Advanced Materials Inc., DuPont, Croda International Plc, and Cold Chain Technologies are advancing distinct but strategically complementary dimensions of this transformation, ranging from thermal interface materials and PCM-enabled electronics cooling solutions to sustainable specialty materials and temperature-controlled packaging technologies. Strategic investments in thermal management innovation, product development, sustainable materials research, and global market expansion are collectively increasing the competitive intensity of the market while reinforcing the role of advanced phase change materials as critical enablers of next-generation energy efficiency and thermal regulation. As technological innovation, sustainability objectives, and evolving end-user requirements continue to reshape the competitive landscape, organizations that most effectively align advanced material development with emerging thermal management challenges are positioned to emerge as long-term leaders within the global advanced phase change materials ecosystem.