Heat Generation: Generate high temperatures via resistive heating elements (typically wound from molybdenum wires or tungsten wires).
Heat Insulation: Form a heat insulation layer using multiple layers of reflective screens (made from molybdenum foils or tungsten foils) to retain heat inside the hot zone as much as possible, preventing the external pressure vessel (usually made from high-strength steel) from being damaged due to overheating.
Aerospace: Manufacturing high-performance turbine blades, titanium alloy structural components, etc., and eliminating internal pores in metal parts produced via 3D printing (additive manufacturing).
Medical Implants: Producing fully dense titanium alloy and tantalum alloy orthopedic implants (e.g., artificial joints).
High-End Tools: Manufacturing ultra-hard diamond tools, cemented carbide anvil blocks, etc.
Semiconductor: Synthesizing and sintering large-size, high-performance silicon carbide (SiC) wafers.
Nuclear Industry: Processing nuclear fuel and nuclear waste.
The tungsten-molybdenum hot isostatic pressing (HIP) capsule is the "heart" of HIP equipment, representing the cutting-edge level of high-temperature and high-pressure material technology. Its performance directly determines the maximum operating temperature and service life of the HIP furnace, making it an indispensable key component in high-end manufacturing.
English