Membrane material pore size analyzer

NegotiableUpdate on 12/18

Model

Nature of the Manufacturer: Producers

Product Category

Place of Origin

Online Consult

Overview

The membrane material pore size analyzer is based on the principle of capillary flow method (also known as bubble point method, bubble pressure method, gas-liquid method). The PSDA series pore size analyzer can measure the pore size distribution of various filter materials (including filter paper, sintered metal, porous ceramics, polymer membranes, non-woven fabrics, molten sand glass, etc.).

Product Details

Membrane material pore size analyzerUsing the Bubble Pressure Method(Also known as capillary flow method or gas-liquid discharge method)Principle: It can accurately test the bubble point pressure, large pore size, average pore size, probable pore size, and gas permeability of various microfiltration membrane materials, and visually display the pore size distribution of the materials in the form of charts. It can detect defects in samples and estimate filtration accuracy.

Membrane material pore size analyzerOverall dimensions:460(L)×400(W)×240(H) mm

Working medium: Compressed air, steel cylinder gas

Aperture testing range:0.08～500Mm

Test objects: flat membrane, tubular membrane, hollow fiber membrane

Aperture testing instrument function:

1Bubble point pressure test

2Gas flux testing, gas permeability testing

3Large pore size, average pore size, and available pore size testing of pore throats

4Large aperture, average aperture, and measurable aperture testing

5Aperture distribution test

Features of aperture tester:

1It can measure both the size of the "pore throat" and the size of the surface "pore opening"

2Chinese English interface, fully automatic computer control and analysis system

3Well developed data processing software

4Independently developed a hole distribution video analysis system

The analysis functions of filter material testing instruments include pore size distribution, gas permeability, bubble point pressure, large pore size, small pore size, average pore size, and additive functions: uniformity analysis, strength testing