Operated in a Crossflow TFF system, membrane elements are perfect for scaling up from flat sheet membranes to conduct more comparative testing prior to pilot scale. Ideal for small-scale production, feasibility studies, and product or process development. Elements should be tested under a combination of feed flow rates, permeate flux, operating pressure, and temperature in order to determine optimal application conditions
Stainless steel 316, FRP and PVC housings for the spiral wound membrane elements are available.
Pressure-driven membrane technology has become a cornerstone process for protein separation and purification, offering a scalable and gentle alternative to traditional thermal and chemical methods Among the various membrane-based processes available today, pressure-driven processes, microfiltration (MF) and ultrafiltration (UF), are most applicable due to their simplicity, scalability, and gentle operating conditions. These processes are used across biotechnology, dairy, food processing, and pharmaceutical industries.
Announcing the addition of 19 new spiral wound membrane elements to our product portfolio, expanding our range of high-performance filtration solutions.
From rose petals to refined perfume, Sterlitech’s advanced membrane filtration technology is enabling safer, more efficient, and more scalable processes in the essential oil and fragrance industries. By offering alternatives to traditional heat methods, Sterlitech is helping producers preserve the aromatic integrity of botanicals while improving purity, safety, and sustainability.
As an industry leader focused in unique micro and sub-micron filtration products,
our goal is to support our customers by keeping them at the forefront of their industries. We're here to
help with any filtration questions you might have so you can transform your ideas into reality, and
tackle those big science challenges. Feel free to reach out using the form below, our experts are ready to
serve.