TOPTITECH's M20 15um Sintered Metal Porous Titanium Gas Sparger/Diffuser is an advanced solution designed for precise gas-liquid interactions in industrial processes. With a sintered metal porous titanium construction, this sparger/diffuser facilitates the generation of ultrafine bubbles, enhancing gas dissolution efficiency. Its 15-micron porosity ensures the creation of numerous tiny bubbles, optimizing gas absorption rates. The seamless integration of porous titanium material guarantees a robust and durable performance, ideal for long-term usage in various applications requiring efficient gas diffusion. This innovative sparger/diffuser offers a high gas-to-liquid contact area, reducing the time and volume required for effective gas dissolution and ensuring smooth operation in gas-liquid mixing systems. TOPTITECH's M20 15um Sintered Metal Porous Titanium Gas Sparger/Diffuser excels in enhancing gas absorption through its precise bubble size control and consistent pore structure. Its all-titanium construction provides a high bubble point, resulting in the production of uniform and minuscule bubbles, crucial for accelerated gas dissolution rates. The gas sparger/diffuser's durable all-welded design ensures longevity and trouble-free maintenance, while the ultrasonic cleaning compatibility simplifies upkeep procedures. Whether in chemical processing, wastewater treatment, or pharmaceutical manufacturing, this sparger/diffuser stands as a reliable tool for achieving optimal gas-liquid mixing efficiency and promoting enhanced process performance within industrial settings. Specifications Material: GR1 titanium Diameter: 20mm Length: 120mm Connector: M20 Pore size: 15 micron Porosity: 30%-40% Technique: Sintering Features Precision gas-liquid interaction control achieved through tailored bubble size regulation. Enhanced gas dissolution efficiency attributed to the 15-micron sintered metal porous titanium composition. Accelerated gas absorption rates facilitated by a myriad of minuscule bubbles generated. Exceptional durability and longevity due to the robust seamless design. Significant reduction in gas dissolution time and volume with a high gas-to-liquid contact area. Consistent and reliable bubble production ensured by the uniform pore structure. Superior corrosion resistance and high-temperature performance inherent in the all-stainless construction. Simplified maintenance procedures enabled by compatibility with ultrasonic cleaning methods.