Samshin

Feature

• Harnessing Holographic Principles for Fluid Flow Control - A hologram uses the interference of light waves to produce a 3D image, demonstrating the potential of overlap and interference effects. Similarly, in high-differential pressure processes, interference and overlap are inherent elements of fluid dynamics. These effects, however, can also lead to severe operational issues such as rosion, erosive corrosion, and vibrating noise, ultimately diminishing performance and even causing operational shutdowns.
• Transforming Fluid Interference into Operational Benefits - While fluid interference and overlap are naturally occurring phenomena, Samshin explores how they can be harnessed to enhance system performance. By aligning these effects with constructive outcomes, much like a 3D holographic image, we can redirect their impact to support optimal functionality, especially in critical flow environments.
• Pioneering HOLO-G Technology for Severe Service Applications - Samshin has dedicated years to simulation and experimental research, systematically quantifying the severity of high-pressure process challenges and developing refined solutions. Our proprietary HOLO-G Techmind leverages a 3D trim design to manage severe service applications, providing a breakthrough approach to controlling fluid behavior in extreme conditions. This innovative technology underscores Samshin’s commitment to leading-edge solutions that optimize and stabilize fluid control operations.