mixing matters blog

Understanding the Role of Viscosity in Mixing    In industrial processing, fluid mixing is central to process and quality control. It is important to recognise, and make sure your mixer is configured according to many factors; a primary factor is Viscosity. The physical properties of materials, especially viscosity, dictate how efficiently substances can be agitated, homogenized, or dispersed. Whether in food production, mining processes, water treatment reactions, adhesives, petrochemicals, or any other, viscosity AND it’s nature directly affects design, energy requirements, impeller selection, flow patterns and end-product or reaction quality.    Viscosity refers to a fluid’s resistance to deformation or flow. It influences how easily a substance moves when force is applied. In mixing applications, higher viscosity usually means more

Industrial mixing technology has undergone a remarkable transformation from traditional manual methods to sophisticated agitators. In the current fast-paced landscape, keeping abreast of emerging trends and advancements is vital to maintaining a competitive edge. The process of mixing plays a pivotal role across multiple sectors, spanning pharmaceuticals, mining, and beyond. This article aims to explore the latest trends in mixing technology, shedding light on how innovation is revolutionizing this foundational industrial process. Embracing Digitalization and Automation One of the pivotal shifts in mixing technology is the escalating integration of digitalization and automation. The onset of Industry 4.0 and the Internet of Things (IoT) has spurred the adoption of intelligent mixing solutions. These systems harness sensors and data analytics to fine-tune mixing parameters, leading to consistent

Mixing is an Art and a Science. All too often, those companies which do not understand the “Art” of mixing will simply overpower a mixer in the hopes of covering the inability to control mixing through Torque. Exploiting this mechanical advantage can offer great energy savings, as well as greatly improve the mixing and process control. In this article, we discuss the energy savings. Mixing is a common operation in fields such as chemical processing, food production, pharmaceuticals, and more. Sustainable mixing aims to reduce the environmental impact of these processes while maintaining or improving efficiency and product quality. Here are some key points and strategies related to sustainable mixing: Energy Efficiency: Energy-efficient mixing involves optimizing the design and operation of