Ultrafiltration membrane is used for separation based on the principle of screening. It can intercept organic matter with molecular weights ranging from 10000 to 100000 Dalton, and is suitable for the separation, concentration, and purification processes of large and small molecule substances. From the development process of membrane separation devices, ultrafiltration devices have developed with the development of reverse osmosis devices. The Bona industrial ultrafiltration device can replace traditional ultrafiltration forms such as plate frame and hollow fiber, thereby achieving efficient, energy-saving, and environmentally friendly material filtration, separation, purification, and concentration.

During the operation of ultrafiltration equipment, the aqueous solution is pushed by pressure and flows through the membrane surface. Deep agents and small molecule solutes smaller than the membrane pores penetrate the membrane, becoming a purified liquid (filtrate). solutes and solute groups larger than the membrane pores are intercepted and captured with water flow, becoming a deep shrinkage liquid. The working process of ultrafiltration equipment is dynamic filtration, and separation is completed in a flowing state. The solute only deposits limited on the membrane surface, and the ultrafiltration rate decays to a certain extent and tends to equilibrium. Moreover, cleaning can restore the working performance of the ultrafiltration equipment.

1. The ultrafiltration membrane components adopt high-quality membrane company products, ensuring that customers receive high-quality organic membrane components in the world, thereby ensuring retention performance and membrane flux.

2. The system has a high recovery rate and excellent product quality, which can achieve efficient separation, purification, and high magnification concentration of materials. There is no phase change during the processing, and there is no adverse effect on the composition of the material. The separation, purification, and concentration processes are always at room temperature, making it particularly suitable for the treatment of heat sensitive substances. It completely avoids the disadvantage of high temperature damage to bioactive substances and effectively retains the bioactive substances and nutritional components in the original material system.

3. The system has low energy consumption, short production cycle, and lower operating costs compared to traditional process equipment, which can effectively reduce production costs and improve enterprise economic benefits. The system has advanced process design, high degree of integration, compact structure, small footprint, easy operation and maintenance, and low labor intensity for workers.

4. The system is made of sanitary grade stainless steel and operates in a fully enclosed pipeline manner. The site is clean and hygienic, meeting GMP or FDA production specifications. The control system can be personalized designed according to user specific usage requirements, combined with advanced control software from Bona, to centrally monitor important process operation parameters on site, avoid manual misoperation, and ensure long-term stable operation of the system from multiple perspectives.