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/GBPI Advanced WVTR Infrared Method Moisture Vapor Transmission Rate ASTM F1249 - W401 2.0

GBPI Advanced WVTR Infrared Method Moisture Vapor Transmission Rate ASTM F1249 - W401 2.0


W401 2.0 water vapor transmission rate tester is designed and manufactured according to GB/T 26253 and ASTM F1249 standards, based on the testing principle of infrared method, it provides wide range and high efficiency water vapor transmission rate test for high, medium and low barrier materials is suitable for water vapor transmission performance testing of films, sheets, paper, packaging and other related materials in the fields of food, medicine, medical equipment, daily chemistry, photovoltaic electronics, etc. It is an ideal configuration instrument for off-line or on-line testing of the barrier properties of packaging materials for production units in the packaging industr

  • Brand:

    GBPI
  • Product Origin:

    CHINA
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Product Detail


Test principle

W401 2.0 water vapor transmission rate tester adopts the principle of infrared method. Fix the pre-treated sample in the middle of the test chamber, divide the test chamber into a high-humidity side and a low-humidity side, the humidified nitrogen flows on one side of the film, and the dry nitrogen (carrier gas) flows at a fixed flow rate on the other side, in the presence of a humidity gradient, water vapor will permeate from the high-humidity side to the low-humidity side, and the water vapor that passes through the sample is carried to the infrared sensor by the flowing dry nitrogen, and the water vapor transmission rate (and other parameters) of the sample is obtained by the electrical signal output by the sensor.

 

Working principle diagram

Standard

ASTM F1249, BS EN ISO 15106-2, JIS K7129,GB/T 26253, YBB 00092003

 

Specification

Item

Technical parameters

Test range

0.002~100 g/(m2·24h)

Repeatability
 0.005 or 2% Take the bigger

Test precision

0.0001 g/(m2·24h)

Temperature range

15~45℃

Temperature    accuracy

±0.1℃

Humidity range

(5~90)%RH,100%RH

Humidity accuracy

±1%RH

Test area

50.24 cm2

Sample size

Φ100 mm

Samplethickness

≤3 mm

Number of  sample

1Piece

Carrier gas

99.999% N2(user provide)

Carrier pressure

≥0.1 MPa

Carrier gas flow

5~100 mL/min

Pneumatic   pressure

≥0.3MPa

Power

450 W

Power supply

AC 220 V, 50 Hz

Dimension
380*620*385mm


Features

 Patented core technology, efficient and accurate testing

    High-precision original imported infrared sensor, high sensitivity, with ultra-high stability and ultra-low failure rate, resolution of 0.0001 g/(m2·24h).

New pneumatic control system, automatic fixture one-button lock sample, convenient and labor-saving, superior sealing performance.

 Precise control of temperature and humidity

    Temperature control:The semiconductor stabilizer automatically controls the temperature, and the temperature control accuracyis 0.1℃.

    Humidity control: dual airflow (dry and wet) humidity control, stable humidity, high precision, and humidity accurate to ±1%RH.

 Meet the needs of high-throughput, wide range and high-applicability testing

 Excellent shape, convenient control, real-time visualization of curves

    The host is embedded with a11.6-inch high-resolution color LCD screen, which has a clear view, sensitive control and easy to operate.

    The instrument is fully automatic operation, one-button test, automatic judgment, automatic shutdown.

Real-time display of transmission - time, temperature - time, humidity - time, flow - time, voltage - time five sets of curves, curves support preview hidden function.

 Intelligent operating system, global certification

    Wedevelop intelligent operating system by ourselves, with modular graphics, flexible setting of test process parameters, intuitive and convenient operation.

    Designed according to the GMP appendix "Computerized System", it has the function of auditing and tracking, and multi-level permission settings for users can meet therequirements of the pharmaceutical industry for data traceability.

Personalized test reports are set on demand, support a variety of formats of data output, support electronic signature function, online submission of audit report function.

Offline or in-line detection

    The instrument comes with its own operating system, which can be tested independently from the computer, and the data is automatically processed. The instrument is equipped with a computer interface, and can also be connected to a computer for online testing.

 Laboratory intelligent IoT platform

    The instrument can be connected to the IoT platform to achieve digital network management.

Remote authorization to log in to the IoT platform can realizethesefunctions such as managing experimental data, remote diagnosis and troubleshooting etc.


Application

 

Film

Water vapor transmittance test of various plastic films (PP/PET/PE/PVC/BOPP/CPP, etc.), plastic composite films, paper-plastic composite films, metal composite films, coextruded films, aluminized films, degradable packaging films (PLA/PBAT/PBS, etc.) and other film-like materials.

 

Sheet

Water vapor transmittance test of solid pharmaceutical hard sheets (PP/PVC/PTP, etc.), metal composite sheets, rubber sheets and other flakes.

 

Paper, cardboard and its composites

Water vapor transmittance test of coated paper, silicone paper, cigarette bag aluminized paper, paper aluminum-plastic composite sheet and other paper and cardboard.

 

Medicinal patches

Water vapor transmission performance test of medical plasters

 

Package

Customizable fixtures can be extended to packages such as pharmaceutical polyethylene bottles, sealed bags, pharmaceutical ointment tubes, infusion hoses, plastic trays, etc.


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