LED mounting board
Features: ■ The substrate has excellent thermal conductivity, heat resistance, thermal expansion, and impact resistance. ■ The circuit provides excellent reliability through our company's expertise in thick film printing technology. ■ The change from glass epoxy substrates achieves heat dissipation effects. ■ The change from thermal substrates for LEDs, such as aluminum-based substrates, results in reduced product costs.
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basic information
This is a circuit board for LEDs that has a metal film printed on a ceramic substrate with excellent thermal conductivity and is high-temperature fired. We provide circuit boards for heat dissipation measures that suppress the heat generation of LEDs, such as high-brightness LED mounting boards. - The substrate (96% alumina) excels in thermal conductivity, heat resistance, thermal expansion, and impact resistance. - The circuit offers excellent reliability through our main technology of thick film printing. - By switching from glass epoxy substrates, we achieve heat dissipation effects. - Changing from thermal substrates for LEDs, such as aluminum-based substrates, leads to reduced product costs. - Furthermore, to achieve better heat dissipation effects, we offer circuit boards made from aluminum nitride (ALN) substrates. The thermal conductivity of ALN substrates is 170 W/mK.
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LED-related products
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Company information
Fukushima Suwa Electric Co., Ltd. applies its innovative technologies, cultivated through the development and manufacturing of various resistors, such as coating technology, printing technology, and metal processing technology, to continue challenging new fields, including glass touch panel LED lighting circuits and circuit products for clean energy.
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