
Although silicon is the most widely used material for silicon, GaAs reclaim wafers are the most used when it comes to aerospace applications. Here, we’ll explain why.
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If SI wafer production isn’t enough to meet demands, climate change will only worsen this situation. In this article, we’ll explain how and why this happens.
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InP reclaim wafers come in various sizes to cater to the different demands of their consumers and their applications. Here, we’ll explain some of them.
Read MoreLaser marking thin silicon wafers is a crucial step during solar cells production, but it can lead to defects. Here, we’ll explore alternatives to reduce them.
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Electronics and other devices based on a GaAs Wafer have unique properties. In this article, we’ll explain the benefits GaAs-tech has to offer.
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At the heart of wireless data transfer, automatic solutions, and IoT, there’s an InP wafer playing a pivotal role. Here, we’ll explore what that means for this wafer’s market.
Read MoreSilicon manufacturing can require grand amounts of energy and gas, which are becoming harder to access worldwide. Let’s explore this issue.
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There are several uses for the FZ wafer, but the role they play in electric cars is one of the biggest. Here’s all you need to know about the benefits this material offers.
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As a big silicon producer, some may think America could benefit from increasing silicon prices. But is that so? We must look at who our biggest buyers are.
Read MoreIf you want to buy a silicon wafer, you may feel overwhelmed by the wide variety of options. Read what N-type and P-type wafers are, and what benefits they have.
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