When setting up all the correct conditions for the heat treatment process, clean and unoxidized surfaces could be expected, and often regarded as necessary. This is especially true if the part performance is critically affected by the surface state, or if thermal processing is, or has the potential to become, the final processing step for the part.
Hot Isostatic Pressing – HIP basics. Bringing out the optimum properties in metal and ceramic systems.
Answering the call from industry to get clean, un-oxidised surfaces from the HIP/HPHT process for e.g., trabecular surface structures and narrow internal media channels, features today made possible by additively manufacturing components.
Listen to the one of the foremost researchers in the area of aluminum alloy for Additive Manufacturing from the Research Institute of Sweden.
Listen to Ruhr University of Bochum on how HIP and High Pressure Heat Treatment can optimize the microstructure and performance of nickel base single crystal superalloys.
In this webinar we will be presenting the opportunities that comes from using modern HIP systems and the unique Quintus HPHT™ technology.
Listen in to find out about the potential for doubling HIP productivity, performing full or part of standardized heat treatments as well as optimized state of the art, in extracting all the potentials made available by new manufacturing technologies while ensuring maximum process consistency.
View our latest customer conversation with Burloak Technologies and learn how they successfully manufacture commercial parts at scale by accelerating the adoption of Additive Manufacturing (AM) across all industries.
Watch the video with Doug Puerta, CEO of Stack Metallurgical Group describing the company and how they offer the latest high-pressure and rapid cooling HIP technologies to aerospace, additive manufacturing, medical implant, power generation and other industries.
Hot Isostatic Pressing (HIP) is a proven technology that has been developed and refined for over 60 years. By combining high temperature and high gas pressure, metal and ceramic powders can be consolidated and a volume decrease can be achieved. Later developments include rapid cooling and rapid quenching to enable higher productivity and high pressure heat treatment. This paper shows the advantages of having HIPing and Heat Treatment combined for Powder Metallurgy (PM) parts.
