日本神户制钢所最近开发出可在3000℃的高温下进行稳定加压烧结的热静水压加工(HIP)装置。这是通过在原有的可升温至2600℃的HIP装置上对绝热层、加热器、测温装置等加以改进而实现的。 由于无定形碳的超致密化已成为可能,因而将有助于宇航用材料质量的提高以及先进材料的开发。而在此前并没有能升温到3000℃的HIP装置。 新的HIP装置除了在石墨加热器的设计上加以改进外,还在绝热层上使用先进的碳素材料(ACM)。由于采用使用光纤维测量温度的光学测 Kobe Steel has recently developed a hydrostatic hydrofinishing (HIP) unit that can be stamped and sintered at a high temperature of 3000 ° C. This is achieved by improving the insulation, heater, temperature measuring device, etc. on the original HIP device that can be heated up to 2600 ℃. Due to the ultra-densification of amorphous carbon has become possible, which will help improve the quality of aerospace materials and the development of advanced materials. In the past, there was no HIP device capable of raising the temperature to 3000 ° C. In addition to improving the design of the graphite heater, the new HIP unit also uses advanced carbon material (ACM) on the thermal insulation. Due to the optical measurement using optical fiber temperature measurement