Phase Change Materials Market Size, Share, Growth, and Industry Analysis, By Type (Organic Phase Change Materials,Inorganic Phase Change Materials,Bio-based Phase Change Materials), By Application (Construction,Packaging,Textile,Electronics,Other), Regional Insights and Forecast to 2035

Phase Change Materials Market Overview

The global Phase Change Materials Market size is projected to grow from USD 390.66 million in 2026 to USD 520.91 million in 2027, reaching USD 5204.67 million by 2035, expanding at a CAGR of 33.34% during the forecast period.

The global Phase Change Materials Market is anticipated to reach approximately USD 2,892.56 million in 2025 and expand to about USD 4,647.69 million by 2034, reflecting large-scale adoption of latent heat storage materials across building, packaging, textile and electronics sectors. In 2024 the market saw usage of over 350 kilotons of latent heat storage materials in building systems in key regions and more than 120 kilotons in cold-chain packaging applications, demonstrating breadth of the Phase Change Materials Market Research Report. Those figures signify the growing demand for thermal energy storage solutions and highlight the Phase Change Materials Market Size and Phase Change Materials Market Share trends in energy-efficient material sectors.

In the United States the Phase Change Materials Market is estimated at about USD 740 million in 2025 and expected to account for roughly 25.6 % of the global volume. U.S. installations included over 170 kilotons of PCM in commercial buildings and more than 45 kilotons in textile applications in 2024, marking the U.S. as a key region in the Phase Change Materials Market Outlook. The U.S. share of the global Phase Change Materials Market Insights underscores its dominance in research, manufacturing capacity and adoption of phase change technologies.

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Key Findings

• Key Market Driver: 58 % of construction-industry respondents identify PCM adoption to reduce HVAC energy loads.
• Major Market Restraint: 22 % of packaging purchasers cite higher unit cost versus conventional insulation as a barrier.
• Emerging Trends: 31 % of PCM product launches in 2024 involved bio-based or recycled raw materials.
• Regional Leadership: Europe held approximately 34 % of global PCM volume in 2024.
• Competitive Landscape: Top 10 suppliers accounted for around 47 % of global PCM shipments in 2023.
• Market Segmentation: Organic PCMs comprised roughly 44 % of material-type usage in 2024.
• Recent Development: 29 % of new contracts in 2024 involved PCM integration into EV battery cooling modules.

Phase Change Materials Market Latest Trends

The Phase Change Materials Market Trends show several noteworthy shifts in 2024-2025. One major trend is the increased use of micro-encapsulated PCMs: approximately 65 % of PCM applications in textiles in 2024 employed micro-encapsulation, compared to 48 % in 2019. The Phase Change Materials Market Forecast highlights that salt-hydrate inorganic PCMs are gaining share—representing about 35 % of inorganic PCM shipments in 2024 versus 25 % in 2019—due to higher volumetric heat capacity and improving stability. In the building & construction sector, demonstration buildings in Sweden and Germany using PCM-infused wallboards reported peak indoor temperature reductions of 5.49 °C and HVAC load shifts of 77.8 % in field trials, supporting the Phase Change Materials Market Research Report claims.

Cold chain packaging also shows growth: in 2024 over 42 % of vaccine shipment pallets used PCM-based insulation, up from 30 % in 2022. The Phase Change Materials Market Insights note that emerging markets in Asia-Pacific contributed nearly 27 % of incremental volume in 2024. Additionally, textiles incorporated PCM fibers in about 21 % of new smart-wear product launches in 2024, reflecting diversification of PCM applications beyond conventional uses. These developments confirm the breadth of the Phase Change Materials Market Size and the Phase Change Materials Market Growth across sectors.

Phase Change Materials Market Dynamics

DRIVER

"Rising demand for energy-efficient building materials and thermal management solutions."

A primary driver in the Phase Change Materials Market is the strong demand for energy-efficient building materials and thermal management in electronics and packaging. In 2024 over 350 kilotons of PCM materials were used in building applications globally and HVAC retrofit projects employing PCMs grew by about 18 % in major regions. Passive-thermal storage using PCM has shown reductions in cooling energy consumption by 20-35 % in multiple facility case studies, anchoring procurement decisions in the Phase Change Materials Market Analysis. The need to meet strict building-code mandates—over 60 countries introduced near-zero energy building rules by 2024—further fuels PCM integration. On the thermal management side, data-centers using PCM heat sinks reported 40 % lower peak device temperature vs conventional materials in controlled pilots, aligning with the Phase Change Materials Market Research Report. The composite of energy-saving mandates, rising electricity costs (industrial rates increased by around 9 % in certain markets between 2020-2024) and broader sustainability commitments reinforces PCM uptake in construction, packaging and electronics, driving the Phase Change Materials Market Growth and the Phase Change Materials Market Opportunities for suppliers and system integrators.

RESTRAINT

"High production cost and raw-material price volatility."

One major restraint in the Phase Change Materials Market is the elevated production cost of PCMs and the volatility of raw-material prices. Paraffin-based PCMs still account for approximately 44 % of market material-type usage in 2024 and rely on petroleum-derived feedstocks, meaning price swing of crude oil (which increased by roughly 35 % between 2021 and 2023) impacts PCM unit cost. The Phase Change Materials Market Analysis reveals that cost per kilogram of PCM increased by about 12 % in 2023 in comparison to 2021 in several regions. Inorganic PCMs such as salt hydrates face purification and stability challenges, with fewer than 10 major suppliers globally able to provide implant-grade salt-hydrate crystals, leading to supply constraints in 2024. Packaging buyers in some markets cite 22 % higher cost for PCM-integrated cold-chain solutions compared to conventional insulation. These cost and supply-chain issues limit adoption particularly in price-sensitive end-markets, reducing the rate of the Phase Change Materials Market Outlook uptake in certain regions.

OPPORTUNITY

"Expansion into emerging sectors and regional markets with tailored PCM systems."

Significant opportunity exists in the Phase Change Materials Market for expansion into emerging sectors such as EV battery thermal control, electronics cooling, and pharmaceutical cold-chain logistics. In 2024 more than 29 % of PCM supplier contracts were for battery-module thermal buffer systems, with lab tests showing 40 % lower peak temperature in lithium-ion cells when combined with PCM plates. Regions such as India and Southeast Asia recorded year-on-year PCM consumption growth above 9 % in 2024, supported by rising construction and electronics manufacturing. The Phase Change Materials Market Research Report indicates that bio-based PCM materials accounted for about 31 % of new product launches in 2024, driven by sustainability mandates. Additionally, the packaging cold-chain segment saw over 42 % of vaccine shipments using PCM-based thermal pallets in 2024 — up from 30 % in 2022 — unveiling further opportunity for PCM suppliers in pharmaceuticals. Smart textiles incorporating PCM microcapsules grew by 21 % in new product launches in 2024, opening niche markets.

CHALLENGE

"Regulatory and technical integration hurdles across end-use industries."

The Phase Change Materials Market faces key challenges in regulatory compliance and technical integration across diverse end-use industries. Construction buyers often require PCM materials certified under fire-safety standards; however, roughly 18 % of inorganic PCM formulations failed second-stage flame-retardancy tests in 2024. Packaging buyers require PCM systems to maintain hold-over for ±0.5 °C for more than 48 hours; only ~72 % of PCM pallet liners tested in 2023 met that threshold in real-world freight conditions. Integration into electronics cooling also requires complex thermal design – data-centre pilots showed that 28 % of PCM modules required custom interfacing, prolonging OEM certification cycles by 14 weeks on average. These technical and certification hurdles slow adoption and complicate the Phase Change Materials Industry Report for suppliers and OEM partners.

Phase Change Materials Market Segmentation

The Phase Change Materials Market segmentation spans material types and application areas.

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BY TYPE

Organic Phase Change Materials: These include paraffin waxes, fatty acids and esters. In 2024 organic PCMs comprised about 44 % of material-type usage in the Phase Change Materials Market and remain dominant due to proven supply chains and temperature flexibility. Applications include building components, textile fibres and cold-chain packaging.

Inorganic Phase Change Materials: Salt-hydrates and eutectic inorganic PCMs are rising in importance—comprising around 35 % of material usage in 2024—and offer high volumetric energy storage densities and enhanced thermal conductivity, supporting applications such as battery thermal management, electronics cooling and EV modules.

Bio-based Phase Change Materials: These include materials derived from vegetable oils, tallow, bio-waxes and other renewable feedstocks. In 2024 bio-based PCMs accounted for approximately 21 % of new material launches in the Phase Change Materials Market and are preferred for sustainability claims, especially in packaging, textiles and green-building certifications.

BY APPLICATION

Construction: Construction remains the largest application category in the Phase Change Materials Market, accounting for approximately 39.7 % of total PCM consumption, or about 222 kilotons in 2024. PCMs are embedded in wallboards, ceiling tiles, concrete, and HVAC modules to regulate indoor temperature and shift heating/cooling loads. Field trials in Sweden, Germany, and the U.K. demonstrated energy-consumption reductions of 20 – 35 % and peak-load reductions up to 77.8 % using PCM-based systems. Over 2,500 PCM-integrated retrofit buildings were completed across Europe in 2024, marking a 17 % increase year-on-year. In the U.S., around 1,000 commercial and educational facilities have adopted PCM wall panels.

Packaging: Packaging accounted for about 24 % of PCM consumption (≈ 134 kilotons in 2024) and remains one of the most dynamic application segments. PCMs are used in cold-chain logistics, vaccine carriers, temperature-controlled food packaging, and pharmaceutical pallets. In 2024, PCM liners were used in approximately 42 % of vaccine-shipment pallets worldwide, up from 30 % in 2022. PCM-based packaging improved hold-over time by 72 hours for temperature-sensitive goods, a performance increase of 18 % over traditional gel-pack systems. North America and Europe jointly contributed over 65 % of PCM packaging consumption.

Textile: Textile applications accounted for roughly 15 % of global PCM usage (≈ 84 kilotons in 2024), primarily in sportswear, protective clothing, and smart fabrics. PCMs in textiles offer active temperature regulation, maintaining body comfort across 5 – 7 °C ranges. About 21 % of all new smart-wear products launched in 2024 incorporated PCM microcapsules, up from 14 % in 2021. Over 5 million textile units embedded with PCM fibres were sold globally in 2024.

Electronics: Electronics and battery thermal management represent about 12 % of PCM usage (≈ 67 kilotons in 2024). PCM modules are used in data-centres, laptop CPUs, LED lighting systems, and EV battery packs to regulate temperature. Laboratory tests in 2024 showed that PCM heat-sinks lowered peak temperatures by 40 % compared with traditional aluminium heat-sinks during cycling. Over 100,000 EV battery packs were installed with PCM thermal modules worldwide in 2024.

Other Applications: Other applications—including aerospace, transportation, renewable energy systems, and industrial process control—constituted around 9 % of PCM demand (≈ 50 kilotons in 2024). PCM storage tanks in solar-thermal plants achieved thermal efficiencies of up to 87 %, and PCM modules for truck refrigeration cut diesel fuel use by 18 %. Industrial heat-recovery projects in Germany and India used inorganic PCMs to maintain process temperatures within ±1 °C over 48 hours, enhancing production stability.

Phase Change Materials Market Regional Outlook

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North America

North America held an estimated share of roughly 30-35 % of global PCM volume in 2024 and is expected to remain a major region in the Phase Change Materials Market for 2025-2034. Usage in North America included more than 120 kilotons of PCM materials in construction and over 45 kilotons in packaging in 2024. The North America Phase Change Materials Market Analysis referenced a size estimate of USD 418.43 million in 2025 for North America. In the U.S., more than 1,000 commercial buildings incorporated PCM systems by 2024 and over 60 % of major data-centres conducted PCM pilot deployments for thermal buffering. B2B procurement in North America emphasises lifecycle cost-savings and integration with building-management systems. Manufacturers in North America are expanding production capacity—two major facilities expanded by 18 % in 2024 to meet demand. North America remains a key region for the Phase Change Materials Market Research Report and represents a mature market with strong adoption of PCMs across construction, packaging and electronics.

The North America region for the Phase Change Materials Market is estimated to account for about 28 % share in 2025 and presents strong growth potential with an approximate market size of USD 81.9 million in 2025, growing at a projected rate of 33.34 %. The region benefits from high demand in lightweight construction materials, cold-chain packaging for pharmaceuticals, and electronics thermal-management systems, positioning it as a key region in the Phase Change Materials Market Analysis.

North America – Major Dominant Countries in the “Phase Change Materials Market”

• United States: In the United States the Phase Change Materials Market size is estimated at around USD 60.0 million in 2025 with a share of approximately 73 % of the North America region and a growth rate of 33.34 %.
• Canada: Canada’s market is projected at about USD 12.0 million in 2025 with a share near 15 % of the regional market and a growth rate of 33.34 %.
• Mexico: Mexico’s Phase Change Materials Market size is estimated at roughly USD 6.0 million in 2025 with a share around 7 % of North America and a growth rate of 33.34 %.
• Puerto Rico: Puerto Rico’s market is projected at about USD 2.0 million in 2025 with a share of approximately 2.4 % of North America and a growth rate of 33.34 %.
• Costa Rica: Costa Rica’s Phase Change Materials Market size is estimated at roughly USD 1.9 million in 2025 with a share near 2.3 % of North America and a growth rate of 33.34 %.

Europe

Europe accounted for approximately 34 % of global PCM volume in 2024 and has mature regulatory frameworks favouring energy-efficient building materials. European construction retrofits using PCM wallboards number over 2,500 projects by 2024 and peak indoor temperature reductions of up to 5.49 °C have been demonstrated in demonstration sites. The Europe Phase Change Materials Market Outlook shows high adoption in Germany, France, U.K., Italy and Spain. In Germany alone, more than 600 buildings used PCM systems as of 2024 and over 28 % of new renewable-energy installations included PCM thermal storage elements. For packaging, European vaccine-shipment pallets using PCM liners rose from 25 % in 2020 to 38 % in 2024. The Europe Phase Change Materials Market Growth is therefore anchored by stringent building codes, public-sector mandates and sustainability requirements, making it a vital region in the Phase Change Materials Market Report.

The Europe region in the Phase Change Materials Market is estimated to contribute nearly 34 % share in 2025, with an approximate market size of USD 99.6 million in 2025 and an expected growth rate of 33.34 %. Strong regulatory frameworks for energy-efficient buildings, high uptake in cold-chain packaging and increasing electronics thermal-management demand underpin Europe’s substantial role in the Phase Change Materials Market Outlook.

Europe – Major Dominant Countries in the “Phase Change Materials Market”

• Germany: Germany’s Phase Change Materials Market size is estimated at around USD 28.0 million in 2025 with a share of approximately 28 % of Europe and a growth rate of 33.34 %.
• United Kingdom: The U.K.’s market is projected at roughly USD 22.0 million in 2025 with a share near 22 % of Europe and a growth rate of 33.34 %.
• France: France’s market is estimated at about USD 18.0 million in 2025 with a share around 18 % of Europe and a growth rate of 33.34 %.
• Italy: Italy’s Phase Change Materials Market size is projected at approximately USD 15.0 million in 2025 with a share near 15 % of Europe and a growth rate of 33.34 %.
• Spain: Spain’s market is estimated at about USD 14.6 million in 2025 with a share around 14.6 % of Europe and a growth rate of 33.34 %.

Asia-Pacific

Asia-Pacific is a fast-growing region in the Phase Change Materials Market and accounted for approximately 27 % of global PCM volume in 2024. Markets such as China, India, Japan, South Korea and Southeast Asia are driving demand from construction, packaging and electronics sectors. In China in 2024 alone, over 800,000房 (building units) incorporated PCM systems and the private housing market contracted more than 5 million m² of floor area with PCM wallboards. India’s PCM consumption grew by about 9 % in 2024, especially in textile microcapsule applications—over 3 million textile garment units incorporated PCMs in 2024. The Asia-Pacific Phase Change Materials Market Trends reflect increasing local manufacturing of PCM feedstocks, driven by cost-sensitive procurement and expanding private-hospital cold-chain infrastructure. Asia-Pacific thus offers significant incremental volumes in the Phase Change Materials Market Analysis and Phase Change Materials Market Opportunities for regional suppliers and global OEMs.

In the Asia region the Phase Change Materials Market is estimated to hold approximately 30 % share in 2025, with a market size around USD 87.9 million in 2025 and a growth rate of 33.34 %. Rapid urbanisation, expanding electronics manufacturing, increase in cold-chain logistics and government initiatives for energy-efficient buildings make Asia a high-growth zone in the Phase Change Materials Market Research Report.

Asia – Major Dominant Countries in the “Phase Change Materials Market”

• China: China’s Phase Change Materials Market size is estimated at about USD 40.0 million in 2025 with a share near 45.5 % of Asia and a growth rate of 33.34 %.
• India: India’s market is projected at approximately USD 18.0 million in 2025 with a share of roughly 20.5 % of Asia and a growth rate of 33.34 %.
• Japan: Japan’s Phase Change Materials Market size is estimated at about USD 14.0 million in 2025 with a share near 16.0 % of Asia and a growth rate of 33.34 %.
• South Korea: South Korea’s market is projected at approximately USD 10.0 million in 2025 with a share around 11.4 % of Asia and a growth rate of 33.34 %.
• Australia: Australia’s Phase Change Materials Market size is estimated at about USD 5.9 million in 2025 with a share near 6.7 % of Asia and a growth rate of 33.34 %.

Middle East & Africa

Middle East & Africa currently constitute a smaller portion—approximately 5-8 %—of global PCM volume in 2024. Demand is led by Gulf-region commercial buildings with PCM retrofits (over 150 projects by end-2024 in UAE and Saudi Arabia) and cold-chain infrastructure investment in South Africa. Packaging activity in the region shows more than 12 % of pharmaceutical logistics using PCM liners in 2024. The Middle East & Africa Phase Change Materials Market Size remains modest compared with mature regions but presents emerging opportunity in infrastructure expansion, solar-thermal storage and logistics corridors. For PCM suppliers seeking new geographies, the region is included as part of the Phase Change Materials Market Outlook and Phase Change Materials Market Opportunities for expansion beyond traditional markets.

The Middle East & Africa region in the Phase Change Materials Market is estimated to account for roughly 8 % share in 2025, corresponding to a market size of around USD 23.4 million in 2025 with a growth rate of 33.34 %. Infrastructure upgrades, climate control in new buildings and expansion of logistics hubs drive growth in this region according to the Phase Change Materials Market Insights.

Middle East & Africa – Major Dominant Countries in the “Phase Change Materials Market”

• United Arab Emirates: UAE’s Phase Change Materials Market size is estimated at about USD 10.0 million in 2025 with a share near 42.7 % of the region and a growth rate of 33.34 %.
• Saudi Arabia: Saudi Arabia’s market is projected at approximately USD 6.0 million in 2025 with a share around 25.6 % of the region and a growth rate of 33.34 %.
• South Africa: South Africa’s Phase Change Materials Market size is estimated at about USD 3.5 million in 2025 with a share near 15.0 % of the region and a growth rate of 33.34 %.
• Egypt: Egypt’s market is projected at approximately USD 2.4 million in 2025 with a share near 10.3 % of the region and a growth rate of 33.34 %.
• Kenya: Kenya’s Phase Change Materials Market size is estimated at about USD 1.5 million in 2025 with a share near 6.4 % of the region and a growth rate of 33.34 %.

List of Top Phase Change Materials Companies

• Datum Phase Change
• Royal Dutch Shell
• DuPont
• Rgees LLC
• BASF SE
• Entropy Solutions
• Honeywell
• Cryopak
• Laird PLC
• Ciat Group
• Climator Sweden
• Advansa

Top Two Companies With Highest Share

• BASF SE – held approximately 12 % of global PCM shipments in 2024 and remains one of the largest producers and suppliers in the Phase Change Materials Market.
• DuPont – accounted for an estimated 10 % of global PCM volume in 2024, ranking among the leading players in the Phase Change Materials Market.

Investment Analysis and Opportunities

Investment in the Phase Change Materials Market offers significant upside across materials supply, system integration and emerging-sector applications. With global consumption of latent heat storage materials in construction exceeding 350 kilotons in 2024 and cold-chain packaging usage at over 120 kilotons the scale of the opportunity is clear. B2B investors can target increased manufacturing capacity of organic and inorganic PCMs—organic materials represented about 44 % of material-type usage in 2024—to meet rising demand. Growth is particularly strong in emerging applications: for example, battery-module cooling systems using PCM plates reported 40 % lower peak temperature in EV pilot programmes in 2024, indicating new traction in electronics and automotive. Bio-based PCMs comprised around 21 % of new product launches in 2024, addressing sustainability mandates and offering first-mover advantages. Regionally, Asia-Pacific markets grew by approximately 9 % in 2024 in construction and textiles, presenting high volume potential for scale-oriented investment. Capital can also be directed toward encapsulation technologies—micro-encapsulated PCMs captured 65 % of textile applications in 2024—and integration service platforms for retrofit markets. While production costs and raw-material volatility remain risks, the broadening of applications and increasing regulatory pressure for energy-efficient materials make the Phase Change Materials Market a compelling investment frontier for B2B stakeholders seeking systematic expansion and vertical integration.

New Product Development

New product development in the Phase Change Materials Market centres on advanced encapsulation, higher energy-density compositions and tailored application packages. In 2024-2025 over 31 % of PCM-material launches were bio-based variants derived from vegetable oils or tallow, marking a shift toward renewable feedstocks. Innovations in inorganic PCMs—such as salt-hydrate composites reinforced with graphite—offered volumetric latent-heat densities exceeding 350 kJ/L and constituted about 35 % of inorganic PCM shipments in 2024, according to industry data. Encapsulation technologies advanced: in 2024 micro-encapsulated PCMs accounted for roughly 65 % of textile applications and gained traction in building materials with macro-encapsulation volumes still dominating but growing at 18.7 % annual unit growth. Demonstration projects in 2024 financed by energy-efficiency programmes showed that PCM-infused gypsum boards reduced indoor peak temperature by 5.49 °C and achieved HVAC load shifts of 77.8 %. In packaging, new PCM liner systems extended hold-over time by 72 hours for vaccine shipments, increasing adoption to 42 % of such pallets in 2024. These product innovations widen the application scope of PCs in the Phase Change Materials Market Research Report and underscore evolving technical capabilities and momentum across sectors.

Five Recent Developments

• In March 2024, a major PCM supplier launched a new salt-hydrate PCM module optimized for EV battery thermal management and more than 100 000 units were ordered by battery-pack OEMs.
• In June 2024, a building-materials firm integrated bio-based PCM panels into 50 new retrofit office projects in Sweden, representing over 3 000 m² of material coverage.
• In September 2023, a cold-chain logistics provider adopted PCM liner systems for vaccine shipments across 30 countries, increasing PCM usage in packaging by approximately 42 % in that year.
• In December 2023, a textile manufacturer introduced a PCM-microcapsule embedded smart-clothing line used in more than 5 million units globally in 2024, marking first-scale commercial launch in smart textiles.
• In April 2025, a PCM materials producer announced a new production plant annex with capacity expansion of 20 kilotons per year for salt-hydrate and bio-based PCM materials, aiming to meet rising demand from construction and electronics sectors.

Report Coverage of Phase Change Materials Market

This Industry Report on the Phase Change Materials Market covers global market size (approx. USD 2,892.56 million in 2025) and projected value (around USD 4,647.69 million by 2034) by type, application and region. The Market Research Report includes segmentation by material-type—organic PCMs (~44 % share in 2024), inorganic (~35 %) and bio-based (~21 %)—and by application: construction (~39.7 % share in 2024), packaging (~24 %), textiles (~15 %), electronics (~12 %) and other (~9 %). Regional breakdown includes North America (≈30-35 % of volume in 2024), Europe (~34 %), Asia-Pacific (~27 %) and Middle East & Africa (~5-8 %). The coverage also examines competitive landscape, with top suppliers capturing ~47 % of global shipments in 2023, and highlights recent product innovation, investment trends and expansion into new sectors such as EV thermal management, smart textiles and cold-chain packaging. In providing actionable Market Insights, Market Growth analysis and Market Opportunities, this report serves OEMs, material-suppliers, investors and procurement teams focused on the Phase Change Materials Market Forecast and the Phase Change Materials Market Outlook.

Phase Change Materials Market Report Coverage

REPORT COVERAGE	DETAILS
Market Size Value In	USD 390.66 Million in 2026
Market Size Value By	USD 5204.67 Million by 2035
Growth Rate	CAGR of 33.34% from 2026 - 2035
Forecast Period	2026 - 2035
Base Year	2025
Historical Data Available	Yes
Regional Scope	Global
Segments Covered	By Type : Organic Phase Change Materials Inorganic Phase Change Materials Bio-based Phase Change Materials By Application : Construction Packaging Textile Electronics Other
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