Membrane permeation analyzer

MPA HorizonMembrane permeation analyzerIt is a highly integrated cross flow gas permeation testing device designed to study the competitive permeation behavior of gas and vapor in membrane materials and barrier films. It supports multi-component permeation analysis and can accurately measure key parameters such as water vapor permeability (WVTR) and oxygen permeability (OTR), achieving comprehensive evaluation of membrane material performance.For most membrane materials, environmental conditions (especially temperature and humidity) significantly affect the permeation behavior of gases or vapors. MPA Horizon can conduct gas/vapor permeability and permeation kinetics tests under real working conditions, accurately reflecting the performance of materials in practical application environments.

MPA HorizonMembrane permeation analyzerCan effectively address the key challenges faced by researchers in evaluating polymer barrier properties. As a carbon dioxide analyzer, it can accurately measure the transmission rates of water vapor, oxygen, and CO ₂ through polymer films, providing crucial data support and in-depth insights into material properties. By combining complementary characterization tools such as DVS Carbon, MPA Horizon can further analyze the effects of environmental factors such as temperature, humidity, and organic compounds on material permeability behavior. This ability is of great significance for understanding the permeability characteristics of materials under real working conditions, optimizing their barrier properties, and assisting in the development of high-performance barrier materials.

▍Core advantages:

Real working conditions: Accurately predict the performance of materials in practical applications through testing and analysis under different temperature, humidity, and organic compound environments.

Multi component permeation analysis: Study complex mixed systems of gases, vapors, and moisture to gain comprehensive and in-depth insights into material separation performance.

Variable sample thickness: Supports sample thicknesses ranging from micrometer to millimeter, meeting the research needs of various types of materials.

High temperature testing capability: The sample can be heated to a temperature of up to 150 ° C to analyze the dependence of permeation behavior on temperature changes.

Cross flow operation mode: using nitrogen or helium as the carrier gas to achieve efficient gas flow and precise airflow control.

User friendly interface: equipped with intuitive operation control and software system, simplifying experimental setup and operation process.

• Quickly obtain results: achieve efficient and accurate testing, significantly saving research and development cycles and valuable time.

High repeatability: Ensure consistent data from multiple tests to improve the reliability of experimental results.

▍Features

•Generate a single component flow of O ₂, CO ₂, or water vapor (>90% RH) in the carrier gas.

•Support multi-component permeation and synchronous detection of gases, vapors, and humidity.

•The sample area can be locally heated to 10-150 ° C to simulate real working conditions.

•Five gas mixing inlets are equipped on the feed side for precise mixing of solvents, humidity, and various gases.

•Can alternate detection between feed flow and permeate flow.

•Support testing of large-sized samples ranging from small sizes to a maximum diameter of 11 cm.

▍Application fields:

• Packaging film testing

•Membrane Material Testing Laboratory

•Testing of Packaging Materials for Electronic Devices

•pharmaceutical industry

•cosmetics industry

•Membrane based carbon capture