March 29, 2020
EMI Shielding Materials

EMI Shielding Materials Market: North America led the global market

The global market for t-shirts was estimated at $185.1 billion in 2016. Over the forecast period 2017–2025, the market will continue to grow at a CAGR of 6.0 percent. With rising disposable income and rapidly shifting trend towards customized t-shirts, the t-shirt market is expected to register significant growth. In addition, technological advancements have led to the introduction of advanced inkjet heads that are compatible with a variety of inks from different suppliers. In addition, fine embroideries with faster output rates have also been developed significantly. This development bodes well for the overall growth of the market. The industry-aligned its R&D activities with the dynamic nature of fashion trends that require shorter production cycles and high-quality prints. These are the main factors driving the global market demand for t-shirts.

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The cotton segment led the global t-shirt market in the 2016 base year as far as material is concerned. In the same year, the segment accounted for more than half of the global market revenue for T-shirts. Cotton is the most common and preferred t-shirt fabric as it is ideal for daily wear. For making apparel a variety of cotton with different properties are used. Other materials like linen, lycra, polyester, rayon and blends of two or three materials are also used to make t-shirts, however. Each material has a unique quality and can be used depending on the activity and various climatic conditions. T-shirts made of lycra and polyester are usually used for athletic apparel, while t-shirts made of cotton and linen are preferred for casual wear every day. Moreover, various blends such as cotton and linen, cotton and polyester and rayon blends are often used to exploit the merits of different materials leaving their shortcomings. The blends are preferred for the manufacture of t-shirts and are therefore expected to show significant growth over the forecast period.

The largest market share in 2018 was conductive coatings and paints. Conductive coatings and paints provide EMI protection for non-metal surfaces. In conductive coatings and paints, materials such as silver, nickel, graphite, silver-coated copper are used as fillers. A very popular method of conductive coating application is physical vapor deposition (PVD). The conductive coating and paints create a conductive shield around the casing and prevent interference with the control signals by the EMI signal. In 2018, the radiation method accounted for the EMI shielding market’s largest share. This is due to the common use of EMI metal shielding to protect the device against EMI radiation. Typically, metal shielding provides an EMI range of radiation up to 100 dB. In hospitals, for example, EMI shielding solutions are used to reduce the effects of EMI radiation in sensitive electrical equipment such as electrocardiography (ECG) machine.

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In 2018, the consumer electronics industry held the largest market share. The proliferation of consumer electronic devices, a rise in sensor density being a hallmark of smartphones, and the need to comply with EMI shielding guidelines are expected to be the major contributing factors to the growth of the consumer electronics market for EMI shielding.

Increasing countries ‘ global defense spending will have a positive impact on the market for EMI shielding materials as the product is widely used to shield weapons systems from interference. With increasing instability in many parts of the world, countries are expanding their defense capabilities and spending more on new weapons systems research and development. Global military spending in 2015 amounted to approximately USD 1.5 trillion, with the top three spending countries being the US, China, and Saudi Arabia. The market will also be driven by growth in the aerospace industry, including space exploration. In the next 20 years, 30,000 new passenger aircraft will be needed to cope with a growing number of passengers, and many aircraft equipments will need shielding materials. Increasing countries ‘ space exploration missions will also increase the market for EMI shielding materials in the coming years.

For its processing, the product requires high-end R&D activities and huge capital costs. Coatings may lose solubility in water or other solvents, and when in contact with moisture, some coatings may become unstable. In addition, the use of rare-earth metals in shielding increases the cost of production. In the future, these factors may hinder the market for EMI shielding materials.

The market for EMI shielding materials is segmented by the type of materials used, including aluminum, brass, nickel, silver, stainless steel, conductive composites of carbon/graphite, metallic plastics and others. Metals are commonly used as shielding material, and due to their high electrical and thermal conductivity, they have a significant market share. Due to its extensive use in electronic gadgets such as tablets, laptops, smartphones, medical devices, etc., the EMI shielding materials market will also increase in the coming years.

EMI’s market for shielding materials is categorized by application as electronics, defense, automotive, telecommunications, aerospace, and medical. Due to the use of better circuits and chips in devices requiring improved radiation shielding, electronics have a substantial share and this trend is projected to continue over the forecast period. The market for defense applications for EMI shielding materials also has a noteworthy share due to the increased use of sophisticated communications and radar equipment that can affect other devices and operators. The application of products in the areas of telecommunications, aerospace and automotive is likely to increase in the timeframe forecast.

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