sic purity

炭化ケイ素中の遊離炭素: あなたが思っている以上にそれが重要である理由
Free carbon in silicon carbide is a frequently overlooked impurity that causes measurable problems in sintering, electrical performance, refractory durability, and abrasive consistency. This article explains the formation mechanisms, grade-specific thresholds, measurement methods, and procurement practices engineers need to control it effectively.
続きを読む炭化ケイ素中の遊離炭素: あなたが思っている以上にそれが重要である理由
What the SiC Purity Certificate Actually Tells You — and What It Doesn’t
A supplier certificate showing 98.5% SiC purity tells only part of the story — free carbon, polytype ratio, and trace metals below 100 ppm often go unreported yet directly drive refractory failures and sintering defects. This article explains what each analytical method actually measures, which critical parameters standard COAs omit, and what supplementary documentation to require before approving any SiC shipment.
続きを読む What the SiC Purity Certificate Actually Tells You — and What It Doesn’t

コンテンツの終わり

100+