Consumer Electronic Coatings Market Applications and Global Markets 2017 - 2025

Consumer electronics, also called home electronics, are electronic equipment intended for everyday use, typically in private homes. Consumer electronics include devices used for entertainment such as flatscreen TVs, DVD players, video games, and remote control cars; communication devices such as telephones, cell phones, and laptops; and home-office devices such as desktop computers, printers, and paper shredders. Consumer electronics coatings play an important role in protecting electronic components. Applications of consumer electronics coatings include printed circuit boards and assemblies, sensors, LEDs, MEMS, capacitors, wafers, digital displays, and metal components. Consumer electronics coatings are used to protect electronic components from dust, chemicals, and moisture and temperature extremes.

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Due to the rapid expansion of the electronics industry, consumer electronics coatings are finding their way into the domestic and mobile electronics industries, providing the necessary combination of high performance and reliability within a vast array of electronic devices. Consumer electronics coatings can be used in a wide range of environments to protect printed circuit boards from moisture, salt spray, chemicals, and temperature extremes in order to prevent corrosion, mold growth, and electrical failures. Protection provided by consumer electronics coatings allows for higher power and closer track spacing, in turn enabling designers to meet the demands of miniaturization and reliability. Consumer electronics coatings play a critical role in reliability under harsh conditions of electronic components such as printed circuit boards (PCB's), hybrids, sensors and electronic assemblies. Application areas are in defence, aeronautic, marine and a variety of commercial, industrial and consumer applications.

Consumer electronics coatings can be applied to electronics in different methods. These methods include brush coating, spray application coating, and dipping. Brush coating can be applied by flow coating the material onto the board. It is usually suitable for low volume application such as finishing, and repair. Brush coating is highly subjective and requires a skilled operator. Spray application coating can be applied with a spray aerosol or dedicated spray booth with spray gun.

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It is usually suitable for low and medium volume processing. Quality of spray application coating is superior compared to other coating methods and requires skilled operator. Consumer electronic coatings dipping is highly repeatable process. Wrong selection of Consumer electronic coatings can hamper the long term reliability of circuit boards and can cause difficulties with processing and costs.

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