Albany, NY -- (SBWire) -- 08/23/2018 --Market Research Report Search Engine (MRRSE) recently announced the addition of a new research study to its comprehensive collection of research reports. The research report, titled "Thermal Interface Materials Market – Global Industry Analysis, Size, Share, Growth, Trends, and Forecast 2018 – 2026" offers a detailed analysis of the market providing insights into the market dynamics that are expected to influence the overall market positively in the next few years. Furthermore, the product segmentation, drivers, barriers, key geographical segments, and the competitive scenario of the global Thermal Interface Materials Market have been elaborated upon in the research report.
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Thermal interface materials are usually inserted between two components or surfaces in order to improve the thermal coupling and heat flow between the two surfaces or components. Nowadays, electronic assemblers know the importance of thermal interface materials and use them in almost every application where heat flow is a critical part of operation. These materials are used primarily due to the uneven, rough, and wavy surfaces of machined parts, which lead to few actual points of contact between the two joined components. These rough surfaces form air gaps when joined, resulting in insulation, and act as a thermal barriers for small scale power applications. Thermal interface materials help eliminate air gaps and increase the heat conductance between the joined surfaces. These materials are available in several forms; however, their selection depends on several factors. Thermal conductivity is the primary selection criteria. Besides thermal conductivity, ease of usage during assembly, ability to rework, and long term stability are also important in selecting these materials for high-end applications.
Rise in Production of Electronic Components and Increase in Demand for Smartphones in Developing Countries Likely to Drive Market
The electronics industry, especially in developing countries such as China and India, has been expanding rapidly, primarily due to the high domestic demand for electronic products. This can be ascribed to the growth in middle class population, rise in disposable income, favorable duty structures, and increase in government projects in developing countries. Mobile devices account for significant share of the electronics & semiconductor industry. The mobile devices industry in developing countries is driven by the rise in demand for mobile handsets, reduction in prices of these handsets, and decrease in voice and data tariffs.
Electrification of transportation vehicles is also an important factor boosting the global thermal interface materials market. Advancements in battery and fuel cell technologies along with power train systems have led to the introduction of highly efficient vehicles in the market. Incorporation of electric and electronic devices in vehicles has been rising consistently. Thus, thermal management has become a prominent feature for vehicle manufacturers. Increase in demand for electric vehicles is also expected to be a key driver of the market. The electric vehicles industry in developed regions such as North America and Europe has been expanding significantly since the last few years. China has the largest electric vehicle industry across all the regions. Electric vehicles are also one of the major users of thermal interface materials. Growth in the electric vehicles industry is estimated to boost the market for thermal interface materials in the near future.
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Volatility in Prices of Raw Materials Expected to Restrain Market
Raw materials commonly used in the manufacture of thermal interface materials are polyolefins, epoxies, polyesters, acrylics, polybutadiene, polycarbonate, polypropylene, polyurethane, and acrylics. Volatility in prices of raw materials is a prominent restraint of the global thermal interface materials market. The final price of a product increases substantially owing to the rise in processing and development costs. Furthermore, polymer-based thermal interface materials are not readily bio-degradable. They are hazardous to the environment. Therefore, rise in plastic waste across the globe is also a significant factor estimated to restrain the global thermal interface materials market during the forecast period.
Shift Toward Metal-based Thermal Interface Materials Offers Lucrative Opportunities to Market
Metal-based thermal interface materials have higher conductivity compared to the conventional polymer-based thermal interface materials. Metal-based thermal interface materials offer the advantage of superior thermal conductivity. For this purpose, metals in different forms such as solders, liquid metals, phase change metals, and compressible metals are used. Indium is highly used as a thermal interface material. Its ductility and thermal conductivity make it an ideal compressible thermal interface material. Therefore, rise in usage of metal-based thermal interface materials is anticipated to provide lucrative growth opportunities to the thermal interface materials market in the next few years.
Asia Pacific Held Major Share of Around 32% of Global Thermal Interface Materials Market in 2017
Based on region, the global thermal interface materials market can be segmented into North America, Latin America, Europe, Asia Pacific, and Middle East & Africa. Asia Pacific dominated the global thermal interface materials market in 2017. This can be primarily ascribed to the high demand for these materials, especially in computers, automotive electronics, and telecommunication applications, in the region, primarily in China and India. Furthermore, the market in the region is anticipated to expand at a significant pace during the forecast period, primarily due to the rise in demand for thermal interface materials in developing countries in the region, especially China and India. Europe followed the lead of Asia Pacific in terms of market share in 2017.
Large Players Operate in Thermal Interface Materials Market
Key players operating in the global thermal interface materials market include SEMIKRON, Wakefield-Vette, Inc., DK THERMAL METAL CIRCUIT TECHNOLOGY LTD, Indium Corporation, Momentive Performance Materials, Parker Hannifin Corp, Honeywell International Inc., 3M, Henkel AG & Company KGaA, Laird Technologies, and Dow Corning.
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Global Thermal Interface Materials Market Projected to Reach a Value of US $4,210 Mn by 2026
Thermal interface materials are usually inserted between two components or surfaces in order to improve the thermal coupling and heat flow between the two surfaces or components.