Gopani’s sintered powder metal spargers and carbonation stones are engineered to efficiently introduce gases into liquids, ensuring superior gas dissolution in a short time.
Our sintered spargers and carbonation stones utilize a highly porous sintered metal medium to deliver fine and consistent bubbles. By efficiently introducing gases like nitrogen, oxygen, and carbon dioxide into liquids, they significantly improve gas absorption rates compared to traditional drilled pipes or other spargers.
This enhanced sparging technique is ideal for applications that require precise control of gas-liquid interactions. Gopani Filters can customize these spargers and carbonation stones to meet specific requirements, ensuring optimal performance in your processes.
Available in all standard dimensions and customizable lengths, diameters, and pore sizes to suit specific gas-liquid introduction requirements.
Made from Stainless Steel (all standard variants) and high-performance alloys.
Sintered Powder Metal Medium with a highly uniform pore structure that ensures consistent gas flow and dissolution efficiency for optimized performance.
Each sparger and carbonation stone is precision-engineered and rigorously tested to ensure optimal performance, even under high-temperature and high-pressure conditions.
Designed for critical applications like fermentation, bioreactors, and foam generation, these spargers and carbonation stones excel in high-temperature, high-pressure environments. They deliver efficient aeration and fine bubble formation for consistent results, while their regeneration capabilities extend service life and reduce maintenance downtime.
Traditional spargers and carbonation stones often fail to deliver consistent fine bubbles or degrade under extreme conditions. Gopani’s sintered powder metal spargers maintain shape, stability, and performance even in the harshest environments. Their precise pore structure, high tensile strength, and resistance to corrosion ensure superior aeration, reliable gas dissolution, and long-lasting durability, making them more efficient and cost-effective over time.
