Product Introduction:
In many industries, liquid extrusion pore filters are used to describe the characteristics of porous materials. These industries, such as biotechnology, pharmaceuticals, filtration, food, and the environment, do not need to worry about the adverse effects of multiple employees and the environment generated by porous testing when using this instrument. PMI's liquid extrusion pore filter is a unique instrument that can measure perforation volume, capacity distribution, and integrated permeability without mercury. In many industries, liquid extrusion pore filters are used to describe the characteristics of porous materials. These industries, such as biotechnology, pharmaceuticals, filtration, food, and the environment, do not need to worry about the adverse effects of multiple employees and the environment generated by porous testing when using this instrument.
Application field:
In many industries, liquid extrusion pore filters are used to describe the characteristics of porous materials. These industries, such as biotechnology, pharmaceuticals, filtration, food, and the environment, do not need to worry about the adverse effects of multiple employees and the environment generated by porous testing when using this instrument. Automotive manufacturing, detoxification and hygiene textiles, pharmaceutical industry, biotechnology&healthcare, filtration, ceramics industry, non-woven fabrics, geotextiles, household&personal.
Product features:
An instrument has two simultaneous execution capabilities. Measure liquid permeability like a permeameter, and measure pore volume like a mercury porosimeter
Do not use toxic substances like mercury. There are no health hazards. No cleaning related expenses
Fully automatic. Easy to use. Requires minimal operator intervention
Highly renewable and precise
Can study many samples
The required pressure is almost an order of magnitude smaller than that required for mercury intrusion. Can be used for pressure sensitive materials
The only instrument capable of measuring perforation volume
Can measure the impact of application environment (pressure, temperature, chemical environment)
Can measure large pores (up to 1000 microns)
Applicable and characteristic:
Total pore volume
Aperture distribution
Porosity determination method - Surface area
Average aperture
Liquid permeability
Non destructive
Automatically controlled
Do not use toxic substances in the experiment