Reflectors are vital core parts for precision devices including industrial infrared heaters, UV curing machines, semiconductor production lines, medical optical equipment and high-power laser setups. …
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When a DPC foundry loads a 138 × 190 × 0.635 mm aluminum nitride panel into a sputtering chamber, the ceramic is no longer just a material purchase — it becomes a process variable. Surface roughness d…
In the engineering design of aluminum nitride ceramic substrates, 0.635 mm and 1.0 mm are the two most common structural thickness options, widely used in front-end metallization processes such as DPC…
Ever stopped to think about what’s actually inside that hair straightener you use every morning? Pop open the casing, and you’ll find a small, unassuming ceramic heating plate. But that little compone…
What is a setter plate? A setter plate is a high-temperature support Boron Nitride Square Crucibles used inside a sintering furnace to hold ceramic substrates during firing. It helps maintain dimensio…
If you’ve spent any time around power electronics, LED drivers, or automotive modules, you already know the drill: heat doesn’t just annoy you—it kills performance, shortens life, and occasionally tur…
Alumina ceramic tubes (typically 95%–99.7% Al2O3) are widely used in high-temperature industrial applications, such as thermocouple temperature measurement systems, industrial furnaces, sensor protect…
At our facility, we maintain a wide range of aluminum nitride ceramic substrates in various standard sizes and thicknesses to meet diverse application needs. As of June 26, here is a quick snapshot of…
Gas atomization powder production is a core process for manufacturing high-performance metal powders specifically for powder metallurgy and 3D printing. For whole atomization process, the nozzle is th…
In the field of engineering ceramic substrates, silicon carbide (SiC) has long occupied a very special position: its price is significantly higher than that of alumina (Al2O3), aluminum nitride (AlN),…