One test chamber water vapor permeability analyzer using weight reduction method is to test the water vapor transmission rate (WVTR) of films or sheets materials.

Application

W413 2.0 water vapor permeability tester is designed to test the water vapor transmission rate (WVTR) of films or sheets materials.

Infrared method water vapor transmission rate tester W405L is a high-end precision packaging material testing instrument, newly developed and upgraded by GBPI Research and Development Team based on ASTM, GB standard requirements and market demand. It is used to test the water vapor transmission rate of samples under set temperature and humidity conditions. It is suitable for the water vapor transmission rate performance test of films, sheets, papers, packages and various materials in the fields of food, medicine, medical equipment, daily chemistry, photovoltaic electronics, etc.

Introduction

Based on the test principle of electrolytic sensor method, W203 2.0 Water Vapor Permeability Analyzer is designed and manufactured according to GB/T 21529, ISO15106-3 standard, based on the test principle of electrolytic method.

W203 2.0 is suitable for the water vapor transmission performance test of films, sheets,

papers, packages and various materials in the fields of food, medicine, medical equipment,

daily chemicals, photovoltaic electronics, etc. It is an ideal configuration instrument for testing the barrier properties of packaging materials in the packaging production industry whether offline or online

Product introduction

The W303 WVTR tester is designed and produced based on the test principle of weight method (weight reduction) and as per the standards of GB/T 1037 and ASTM E96, etc. It is suitable to measure the water permeability performance of film, sheets, papers, packagings and other related materials in the industries of food, pharmaceutical, medical equipment, daily chemicals, Photovoltaic electronics, etc, providing wide range and high efficiency water vapor transmittance detection for high, medium and low water vapor barrier materials.