Removal of Gas Bubbles from Molten Metals - Dissolved gases, especially hydrogen in aluminum, form bubbles during solidification, causing porosity that weakens structural integrity, reduces strength, leads to surface defects, and increased production costs. - Traditional methods like inert gas purging, vacuum degassing, and fluxing are time consuming, costly, and often incomplete, leaving residual porosity and quality inconsistencies. - ISM’s ultrasonic degassing technology enables efficient hydrogen removal from molten metals. This process reduces porosity, enhances strength, and achieves a defect-free finish, boosting consistency, and lowering production costs.
