SK Siltron to invest USD 600 million in expanding wafers in US over next 5 years

By ANI | Published: November 11, 2021 08:11 AM2021-11-11T08:11:20+5:302021-11-11T08:20:03+5:30

SK Siltron, a semiconductor wafer manufacture under the SK Group, will invest USD 600 million (about 709.2 billion won) over the next five years to expand wafer production in the US.

SK Siltron to invest USD 600 million in expanding wafers in US over next 5 years | SK Siltron to invest USD 600 million in expanding wafers in US over next 5 years

SK Siltron to invest USD 600 million in expanding wafers in US over next 5 years

SK Siltron, a semiconductor wafer manufacture under the SK Group, will invest USD 600 million (about 709.2 billion won) over the next five years to expand wafer production in the US.

According to the industry on the 10th, SK Siltron CSS, a US branch of SK Siltron, released itsinvestment plan in a recent letter submitted to the US Department of Commerce.

SK Siltron CSS is not a semiconductor manufacturer, but it produces wafers thus it was requested to submit its supply chain information by the US Department of Commerce. SK Siltron CSS submitted this letter instead of business data.

In the letter, SK Siltron CSS said, "As demand for electric vehicles increases rapidly, global demand for the silicon carbide (SiC) wafer is also increasing. SK Siltron CSS is planning to invest USD 600 million over the next 5 years to expand the production capacity of SiC wafers."

SK Siltron CSS previously announced that it would invest USD 300 million (about 350 billion won) to expand SiC wafer production in July this year, but its investment plans doubled in half a year.SK Siltron explained that the initially planned USD 300 million investment is included in the plan newly announced this time.

SK Siltron CSS is a US subsidiary established by SK Siltron in 2019 by acquiring Wafer Division of DuPont in the US. It produces SiC wafers in Michigan.

The SiC wafer is a product made of silicon carbide, an artificial compound produced by heating silica (SiO2) and carbon (C) at a high temperature. It can withstand higher voltages and temperatures than common silicon wafers. (ANI/Global Economic)

( With inputs from ANI )

Disclaimer: This post has been auto-published from an agency feed without any modifications to the text and has not been reviewed by an editor

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