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Maoxin Industrial (Shanghai) Co., Ltd

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    180-0162-3858

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    Unit F1-2, 4th Floor, Building 18, 481 Guiping Road, Caohejing Development Zone, Shanghai 200233

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Systech Illinois Oxygen Transmittance Analyzer 8100e

NegotiableUpdate on 02/08
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Overview
Systech Illinois Oxygen Transmittance Analyzer 8100e Modular System for Precise Oxygen Analysis of Packaging Film Barrier Properties
Product Details

Systech Illinois 8100e 氧气透过率分析仪


Systech Illinois Oxygen Transmittance Analyzer 8100e

Oxygen permeability analyzer

Modular system is used for precise oxygen analysis of packaging film barrier properties. Systech illinois 8100e is a newly developed multifunctional and easy-to-use oxygen permeation analyzer, the all-new OxySense ® The 8100e oxygen permeability analyzer has set a new benchmark for oxygen transfer rate measurement instruments, using the latest Coulomb sensor technology, with high sensitivity and the widest testing range. It is easy to operate, reduces testing costs, and improves productivity.

Latest design:

• Brand new design

High sensitivity, wide range eMetricTM Coulomb sensor

Simple testing, just load the film and press a button to start

Large touch screen, easy to operate, results display simple and effective, no need to use Q-SealTM gas cell closure system

• Automatic relative humidity and temperature control

The "Test Condition Matrix" (TCMTM) function allows you to easily test the relative humidity of samples under up to 10 different temperatures and temperature conditions using a single function button.

• Scalable to 32 units

OxySense 8100e is designed to be scalable and reduce your testing costs. Systech is the only major developer of transmission rate testing instruments that provide external extensions. External connections can be configured to meet your precise testing needs, allowing you to effectively increase laboratory functionality as needed while continuing to reduce the cost of each test.

Product Specifications

Measurement range: Film 0.008-150000 cc/m2/day

Measurement range: Package 0.00004-2000 cc/pack/day

Test temperature range 10 to 40 ° C

Controlled RH test drying (0% RH) or RH (20 to 90%)

Calibrate NIST reference films and certification gases

Automatic temperature control

Product Features

  • Choose the appropriate sensor for your OTR application to comply with ASTM D3985

    The range of eMetric high-sensitivity wide flow triggered sensors is from 0.01 to 432000 cc/(m2 · d).

  • Easy to operate

    The full-size interactive touch screen makes the operation of the instrument simple and intuitive. To start testing, simply enter the conditions and press start.

  • connect to the internet

    This system runs on the full Windows ® On the operating system, implement secure and secure operations and network connections.

  • Automatic StopTM

    Prevent sensor damage due to high oxygen content - prolong sensor lifespan.

  • Fast wet to dry test conversion

    Change from dry wet test to dry test within a few minutes.

  • Accurately verify the instrument

    Obtained using third-party certified gas within just a few hours. NIST traceable.

  • Internet based remote support

    Systech Illinois can access your instruments (with your permission) to diagnose and repair system errors without the cost and time involved in on-site visits.

Industry standards:

• ASTM D3985

• ASTM F1927

• DIN 53380-3

• JIS 7126

• ASTM F1307

• ISO CD 15105-2

The barrier property of a material refers to the ability of the material to penetrate from one side to the other for a specific permeable object. Common permeation objects include common gases, water vapor, liquids, organic compounds, etc. The permeation process of the same material varies for different permeation objects,

The barrier properties of materials are usually divided into three categories based on the different properties of the permeable objects: barrier properties against inorganic gases (such as oxygen permeability, nitrogen permeability, carbon dioxide permeability), barrier properties against water vapor (moisture permeability), and barrier properties against organic compounds.