HIP your Sputtering Targets for a superior PVD yield and thin film quality
Physical Vapor Deposition (PVD) and sputtering technology is a true enabler for many of the products and applications encountered in daily life, in being able to produce functional thin films on most solid materials at low environmental impact.
The technology constantly finds new fields of applications and is growing with current applications to a predicted total CAGR of approx. 5% (2021-2030).
Hot Isostatic Pressing (HIP) can be used in the production of high-quality sputtering targets from most material systems:
- targets produced directly from a powder metal, ceramic, intermetal or compound.
- improving properties of cast, sintered or sprayed targets.
- target to backplate diffusion bonding.
Hot Isostatic Pressing (HIP) and the unique process control as offered by the Quintus state of the art HIP/HPHT equipment, ensures high quality and productivity in both the target manufacturing and the thin film deposition.
Watch our webinar and learn how Hot Isostatic Pressing helps improving PVD sputtering targets
Presenting the unique Quintus HPHT™ technology for manufacturing and improvement of target properties that ensures an optimized, trouble-free sputtering process and thin film performance.
Hot Isostatic Pressing for PVD Sputtering Targets
Enhance your sputtering efficiency and thin film quality by using Hot Isostatic Pressing (HIP). HIP increases target density to over 99.99% and eliminates defects, ensuring top performance. Discover how HIP can transform your process.
Isostatic Pressing for Advanced Technical Ceramics
Whether through Hot Isostatic Pressing (HIP) or Cold/Warm Isostatic Pressing (CIP/WIP), Quintus can help you achieve unparalleled density and strength for advanced ceramics high-performance parts, eliminating porosity and ensuring reliability across various applications.
High Pressure Heat Treatment: Launching Hot Isostatic Pressing to the next level
HPHT™, integrating HIP and Heat Treatment – Bringing out the optimum properties in metal and ceramic systems and offering unique possibilities for further optimized material properties and manufacturing process economy.
