High
Performance
Packaging
Testing |
Model
7001
Water
Vapor Transmission Analyzers |
Unmatched
Performance in Water Vapor Transmission Analyzers!
The Model 7001
Water Vapor Transmission Analyzers (WVTR) are ideally suited
for testing water vapor transmission of food packagings, films, pharmaceutical
packagings, and electronics packagings. The Model 7001 Water Vapor
Transmission Analyzers (WVTR) use well proven sensor technology to measure
water vapor transmission rates (WVTR) lower than other instruments on the
market. With a measurement range of 0.0002 to 64.5 g/100in2/day,
the 7001Water Vapor Transmission Analyzers offer the greatest flexibility
of any WVTR analyzers on the market.
Illinois Instruments also offers oxygen
permeation analyzers, and headspace analyzers for modified atmosphere testing
as well as permeation testing service. Use the menu above to contact
us to have your films tested for water vapor transmission rate (WVTR) or
oxygen permeation rate (OTR).
Illinois Instruments’
Model 7001 Water Vapor Permeation Analyzer represent the
ultimate in performance and simplicity of operation.
Precision
balanced electronics and gas handling subsystems ensure only the highest
levels of performance and repeatability available.
Computer
controlled temperature and humidity simulate actual or investigative climatic
conditions making the 7001ideal for testing and researching both current
and newly formulated packaging film materials.
Calibration
can utilize both NIST traceable gases and films for versatility of film
to film comparison and reliability of analysis data.
Standard
Windows® based software and complete control of test parameters make
the Model 7001 the most precise, flexible, and easy to operate water vapor
permeation analyzer of its kind.
Simple
Sample Preparation
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Simply
cut the film to size and clamp it between the two test chamber halves.
That's it. |
Advanced
Features:
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Precise
relative humidity |
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Precise
temperature control |
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Windows®
based software |
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Expansion
modules available for |
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Multiple
simultaneous measurements |
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