Aluminum Coating Water Vapor Transmittance Tester Company

NegotiableUpdate on 02/25

Model

Nature of the Manufacturer: Producers

Product Category

Place of Origin

Online Consult

Overview

Multi layer co extruded film water vapor permeability tester/infrared display film permeability tester - WVTR-I3 water vapor permeability testing system is based on the testing principle of infrared moisture sensors, designed and manufactured according to standards such as ASTM F1249 and ISO 15106-2, providing high-precision and high-efficiency water vapor permeability testing for high and medium gas barrier materials. Suitable for testing the water vapor transmission performance of films, sheets, and related materials in the fields of food, medicine, daily chemical, photovoltaic, and electronics.

Product Details

multi-layer co-extruded filmWater vapor permeability tester/infrared display screen membrane permeability tester

——The WVTR-I3 water vapor transmission testing system is based on the testing principle of infrared moisture sensors, designed and manufactured according to standards such as ASTM F1249 and ISO 15106-2, providing high-precision and high-efficiency water vapor transmission testing for high and medium gas barrier materials. Suitable for testing the water vapor transmission performance of films, sheets, and related materials in the fields of food, medicine, daily chemical, photovoltaic, and electronics.

Multi layer co extruded film water vapor permeability tester/infrared display screen film permeability tester

Water vapor permeability testerMain parameters of WVTR-I3

project	indicator
model	WVTR-I3
test scope	Film: 0.001-40 g/m2 · 24h (conventional)
test scope	Container: 0.00001~0.25 g/pkg · 24h (optional)
resolution	0.0001 g/ ㎡·24h
Sample area	50c㎡
sample thickness	<3 mm=''>
Sample quantity	3
Temperature control range	5℃～95℃
temperature control accuracy	±0.1℃
Moisture control range	0% RH，35%~95%RH ,100RH (Automatic Control)
Humidity control accuracy	±1%RH
carrier gas	99.999% high-purity nitrogen (gas source to be provided by the user)
carrier gas flow rate	0~200 mL/min (automatic control)
air supply pressure	≥0.2MPa
interface dimensions	1/8 inch metal tube
Overall dimensions	585 mm (L)×640 mm (W)×380mm (H)
power supply	AC 220V 50Hz
Net weight	50Kg

Product Features:

·High precision laser pulse modulated infrared sensor significantly improves testing accuracy and stability

·Precision flow controller and fully automatic gas flow control effectively ensure the stable operation of the testing process

·Adopting a water bath temperature control system, automatic temperature control can be achieved, with a wider temperature control range

·It can achieve independent temperature control of the upper and lower chambers and sensors for testing, effectively ensuring the accuracy of the test results

·The independently developed pipeline gas system effectively ensures the sealing of the system pipeline

·Integrated testing structure, with three chambers tested at the same temperature and humidity to ensure consistency in testing conditions across different chambers

·The clamping part of the style adopts independently developed anti leakage sealing technology to ensure the accuracy of testing

·Double pressure method for humidity control, fully automatic and precise humidity regulation, with a wide range of control

Upgrade configuration:

·11.6-inch 2-in-1 tablet with intelligent data processing capabilities, providing users with a comfortable and smooth operating experience

·Multiple testing modes including manual, proportional, and cyclic are available, making it easy to handle different testing scenarios

·All three test chambers can conduct independent tests without interfering with each other, and the test results are displayed independently

·Equipped with automatic power-off saving function to avoid testing interruption caused by unexpected situations

·The entire testing process is automatically recorded, and the end of the test is automatically judged and the test results are saved

·Efficient testing, low nitrogen consumption, and short testing time

·The system has self detection capability to avoid further testing under fault conditions

·Real time monitoring of gas flow, automatic alarm in case of low or no gas

·Quick access temperature and humidity calibration socket, convenient for users to perform quick calibration

Application areas of WVTR-I3 water vapor permeability tester:

base foundation should use	film	Water vapor transmission rate testing of various plastic films, plastic composite films, paper plastic composite films, co extruded films, aluminum plated films, aluminum foil composite films, glass fiber aluminum foil paper composite films and other film like materials
	sheet material	Water vapor transmission rate testing of sheet materials such as PP sheets, PVC sheets, PVDC sheets, metal foil sheets, rubber sheets, silicon wafers, etc
	Paper, cardboard and their composite materials	Test of water vapor transmission rate of paper and cardboard such as aluminum coated paper for cigarette packs and aluminum-plastic composite sheets
	package	Water vapor transmission rate testing of plastic, rubber, paper, paper plastic composite, glass, metal materials such as wine bottles, cola bottles, peanut oil barrels, Tetra Pak packaging, vacuum packaging bags, three piece cans, cosmetics packaging, toothpaste hoses, jelly cups, yogurt cups, etc
expand exhibition should use	Packaging cover	Testing the water vapor transmission performance of various packaging caps.
	LCD (Liquid Crystal Display)	Water vapor transmission performance testing of LCD display screens and related films
	Solar Backboard	Testing of Water Vapor Transmission Performance of Solar Backboards and Related Materials
	pipe material	Testing of Water Vapor Transmission Performance of PPR Pipes and Other Materials
	Medical blister	Overall water vapor transmission performance test of bubble cover
	Aseptic wound protection film, ointment patch	Water vapor permeability testing of sterile wound protection films, plaster patches, etc
	battery case	Test of Water Vapor Transmission Performance of Battery Shell