Steel– Low cost but moderate conductivity (50 W/mK). Used when weight is not critical. Silicon carbide– Lightweight with high conductivity (120 W/mK). Used in aerospace applications. Diamond– Extremely high conductivity (2000 W/mK) but expensive. Used in specialized laser or semiconductor ...
Grinding technology has evolved significantly over the centuries. Initially, grinding was a rudimentary process used for sharpening tools and shaping objects. The earliest grinding machines were hand-operated and required considerable skill and physical effort. These machines typically involved a rotating st...
Aerospace avionics Hybrid microcircuits For applications requiring management of high temperatures and thermal loads, AlN substrates enable packing the highest power densities thanks to best-in-class thermal conductivity. Comparison to Alumina and FR-4 ...
Silicon is relatively inexpensive compared to silicon carbide. But in many aspects, GaN on SiC offers more significant benefits compared to GaN on Si, thanks to its higher reliability and power. This makes GaN on SiC the best option for many applications in 5G telecom, defense, aerospace and ...
In aerospace engineering, due to its light weight, high strength and good impact resistance, it is suitable for wingtip structures, spacecraft structures and buoy aircraft of various aircraft. At the same time, it can also be used as a speed-reducing parachute for space shuttle landings and as...
Induction heating is a precise, repeatable, non-contact method for heating electrically-conductive materials like brass, aluminum, copper or steel or semiconducting materials like silicon carbide. Get our brochure to learn how induction can help to... ...
Dean McClements is a B.Eng Honors graduate in Mechanical Engineering with over two decades of experience in the manufacturing industry. His professional journey includes significant roles at leading companies such as Caterpillar, Autodesk, Collins Aerospace, and Hyster-Yale, where he developed a deep...
According to the electrical properties of rubber materials, they can be classified into insulation type and non-insulation type. Thermal insulation rubber is mainly used in aerospace, weapons, and equipment used in the power tube, integrated block, heat pipe and other equipment, as well as micro...
Application:Aerospace, Electronics, Medical, Semiconductor; Color:White; Material:Beryllium Oxide; Purity:99%; Density:2.85 g/cm3; Flexural Strength:190 MPa; Thermal Conductivity(@25c):260 W/M.K; Thermal Conductivity(@100c):190 W/M...
Usage:Aerospace, Ceramic Industry, Energy Industry, Glass Industry, Non-Metallic Mineral Processing Industry, Scientific Research and Experiments, Steel Industry, Industrial Furnace; Density:500-800kg/M3; Temeprature:1000-1430c; Al203+Sio2:97-99%; ...