Black silicon carbide delivers intrinsic thermal conductivity of 100–120 W/m·K, making it one of the most cost-effective fillers for thermally conductive compounds. This article presents loading-level data, particle size effects, electrical resistivity trade-offs, and formulation guidance engineers need to specify SiC-filled heat sink materials with confidence.
Back-surface texturing of monocrystalline and multicrystalline silicon wafers demands an abrasive capable of precise, uniform micro-pit formation without introducing sub-surface lattice damage that degrades minority
Green silicon carbide does not degrade chemically at ambient conditions, but surface oxidation, grit compaction, and fine-grade agglomeration can measurably reduce bond adhesion and particle size consistency within 90 days under poor storage conditions. This article presents controlled trial data and practical protocols to protect specification compliance across the full inventory cycle.
An inaccurate Certificate of Analysis for white fused alumina (WFA) does more than misrepresent a shipment—it can cause catastrophic refractory lining failure, inconsistent surface profiles
Lapping diesel fuel injectors demands micron-level flatness and surface integrity. A single deviated batch can spike engine back-leakage by over 15%, triggering warranty claims and
A single-digit percentage error in specifying boron carbide (B₄C) powder can push a ballistic armor insert outside its V50 envelope or cause a lapping slurry
Specifying the wrong abrasive grain for bearing steel grinding doesn’t just slow cycle times—it risks subsurface microcracking that propagates into premature spalling under cyclic load.
Black silicon carbide (Black SiC) has become one of the most trusted abrasive media in industrial steel surface preparation — combining exceptional hardness, sharp angular
As global emissions regulations tighten from Euro 6 to China VI, the humble Diesel Particulate Filter has become one of the most critical components in
Black SiC is suitable for working on cast iron, non-ferrous metal, rock, leather, rubber, etc. It is also broadly used as refractory material and metallurgical additive.
Black Silicon Carbide Macro Grits
Black Silicon Carbide Micro Powder
Green SiC is suitable for processing hard alloy, metallic and non-metallic materials with hard and brittle features such as copper, brass, aluminum, magnesium, jewel, optical glass, ceramics, etc. Super powder of it is also a kind of ceramic material.
Green Silicon Carbide Macro Grits
Green Silicon Carbide Micro Powder
info@superior-abrasives.com
+86- 371- 6389 8989
No.68 Zhengtong Road, Zhengzhou, Henan, China
