Filter membrane and filter detection analysis, suitable for microfiltration membrane (MF), ultrafiltration membrane (UF), nanofiltration membrane (NF), MBR, QC/Development of flat membrane and hollow fiber membrane that used in membrane distillation and pervaporation.
Test analysis includes bubble point, average pore size, pore size distribution, liquid permeability, gas permeability, powder surface area, fiber average diameter, pore volume, porosity, hydrophilic and non-hydrophilic analysis, etc. There are various test methods such as gas-liquid method, liquid-liquid method and steam condensation method; and is suitable for dry film, wet film and other special materials testing.
Automatic Capillary Flow Porometer
Suitable for the measuring and analysis of pore structures of porous materials such as membrane, paper, non-woven, fabric,cartridge,nanofiber(electrospinning fiber), hollow fiber, PTFE…, asthrough poreconstrict pore(include largest pore size, bubble point, pore size distribution), liquid permeability, gas permeability and pore surface area。...more
Macro Micro Nano Porometer
The MMN serial is include CFP test method and LLP test method, it is suitable for the measuring and analysis of pore structures of porous materials such as filter of water filtration (MF, UF and NF), Bettery Separator, Membrane, Paper, Non-woven, Fabric, Cartridge, Nanofiber (Electrospinning fiber), Hollow Fiber, PTFE…, asthrough poreconstrict pore (include largest pore size, bubble point, pore size distribution), liquid permeability, gas permeability.......more
Capillary Condensation Flow Porometer
The PMI Capillary Condensation Flow Porometer has the unique ability to measure gas permeability and flow rate distribution in addition to measuring pore diameter of nanopore samples without using any toxic materials or extreme pressures and temperatures. No other instrument has such capabilities. It is utilized for characterization of porous membranes used in many industries such as biotech, pharmaceutical, filtration, food and environmental without any fear of harmful effects of high pressures and extreme temperatures on samples. Fragile samples with small pores can be easily evaluated by this technique....more