Hot Isostatic Pressing (HIP) combines high pressure and high temperature, using inert gas—typically argon—to eliminate porosity and achieve full densification of powder-based components. It is ideal for parts made by sintering, additive manufacturing, or metal injection moulding, enhancing mechanical strength and structural integrity while preserving shape. At MBN, HIP is used for both material development and prototyping. Our in-house Quintus QIH-15 Mini-HIPper reproduces industrial HIP conditions on a lab scale, supporting fast testing and optimization. It operates up to 1500 bar and 2000 °C, with a 203 x 305 mm work zone and multiple furnace configurations (FeCrAl, Molybdenum, Graphite). Fully automated pressure and temperature control ensures consistent and reproducible cycles. This platform enables validation of MBN’s nanostructured alloys and composites, as well as HIP-as-a-service for clients requiring dense, high-performance components, small batch production, or material qualification. MBN’s HIP capability bridges the gap between innovation and industrial application Graphite furnace Capacity: 203diam x 305length mm Pressure: up to 2000 bar Temperature: up to 2000 °C
Compiled from http://www.mbn.it
