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Ultrafiltration concentrators can be widely used in various purification, concentration, purification, clarification recovery, sterilization processes, covering water treatment, food and beverage, alcohol, medicine, industry, bioengineering, metal processing, surface coating and other fields
.
Biomedical industry, separation and purification of Chinese patent medicine, pretreatment of reverse osmosis and nanofiltration, filtration of mineral water, mountain spring water and direct drinking water, turbidity and sterilization of low-alcohol liquor, refining and clarification filtration of fruit juice, beverage, beer and other alcohol , Chemical, environmental protection industry filtration recycling, comprehensive utilization
.
The following editor briefly introduces the operation of an ultrafiltration concentrator, as shown below: Ultrafiltration concentrator, with a processing capacity of 10ml-70ml, can be used for both simple and easy-to-operate centrifugal equipment, and can be used for ultrafiltration pressure with good flexibility equipment
.
The Vivacell 70 is cost-effective, easy to assemble, requires no piping or mixing components, and is available in a variety of modes of operation
.
The easiest way to operate is direct centrifugation (for 250ml horizontal or corner rotors)
.
To increase the ultrafiltration speed, especially when dealing with viscous, difficult-to-filter samples, pressurize with compressed air or inert gas before centrifuging in a centrifuge
.
When processing a single sample, if you need to better control the concentration factor, it can be placed on a shaker after pressurization
.
When there is no centrifuge and shaker, it can be placed on the workbench after being pressurized
.
If a low temperature environment is required, it can also be placed in the refrigerator after being pressurized
.
The vertical membrane design effectively avoids the blocking of the filter membrane, and the dead-end structure allows the small concentration to be controlled at 150 µl, and the sample will not dry out due to over-concentration
.
