Liquid Extrusion Porosity Analyzer LEP

NegotiableUpdate on 05/06

Model

Nature of the Manufacturer: Producers

Product Category

Place of Origin

Online Consult

Overview

The liquid extrusion porosity analyzer LEP can accurately measure the important structure of through-hole pores in porous materials, such as the pore size, pore size distribution, porosity, and through-hole volume of a single layer in different layers. Currently, there are no other measuring instruments that can achieve this function. LEP can operate at room temperature and low pressure conditions, with very short testing times and minimal operator requirements. It is environmentally friendly and can be tested at very low pressures (1 PSI? 100 PSI).

Product Details

characteristic

Suitable for testing samples that are soft, prone to deformation or breakage
Multiple liquids can be selected (such as water, alcohol, Silwick, and Galwick)
Testing is conducted in quality control, research and development, or various user-defined modes
The proportion of hydrophilic and hydrophobic components in prohibited analysis materials
Real time testing graphic display
*Automation and Computer Control

specification

♦ Hardware part:

test method	Using the flow characteristics of liquid, gas is used to extrude the liquid from the pores in the sample, and then the pore size and volume of the through-hole are measured.
Test pressure range	0~200 psi
Large aperture range	1000µm
Small aperture range	0.035 µ m (depending on the interface relationship between the liquid and material used)
Flow sensing range	0?50CC
sample size	Flat mold sample: can directly place samples with a diameter of less than 30mm and a thickness of 1mm to 20mm for testing
Sample shape	Porous materials for flat materials
Operation interface	Suitable for Win XP, Win 7, and Win 8 and above

♦ Software section:

Using USB connection and compatible with Windows 7/8/10 operating system
The testing mode has two modes: automatic testing mode and manual operation mode
Automatic testing has a testing requirement scope setting
Analysis and testing methods:
Pore size distribution test/liquid permeability test
Automatic test parameter editing