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Specialty Gases Differential Pressure Method Transmission Rate Test Instruments

Specialty Gases Differential Pressure Method Transmission Rate Test Instruments

50000 USD ($)/Set

Product Details:

  • Resolution 0.001 g/m24h
  • Port Size 6 mm
  • Humidity 10%~90% RH
  • Power Supply AC 220V, 50Hz
  • Mounting Type Benchtop
  • Features Multi-chamber detection, intelligent temperature & humidity control
  • Automation Grade Automatic
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Specialty Gases Differential Pressure Method Transmission Rate Test Instruments Price And Quantity

  • 1 Set
  • 50000.00 - 100000.00 USD ($)/Set
  • 50000 USD ($)/Set

Specialty Gases Differential Pressure Method Transmission Rate Test Instruments Product Specifications

  • 0-300 mm
  • 100100 mm
  • 220V
  • RS232
  • Microprocessor control
  • 3 test chambers
  • 404 HB
  • 1~3 pieces
  • 6 mm
  • 0.001 g/m24h
  • 15C~55C
  • Multi-chamber detection, intelligent temperature & humidity control
  • Automatic
  • Benchtop
  • 10%~90% RH
  • AC 220V, 50Hz
  • 0.01~2,000 g/m24h
  • 1% FS
  • 50Hz
  • Material permeability test
  • <1 second
  • 150 mm
  • Gas transmission rate testing for packaging materials
  • 0.1~0.6 MPa
  • 0.01~10 mm/min, adjustable
  • LCD digital display
  • 450 mm
  • Specialty Gases Differential Pressure Method Transmission Rate Test Instrument
  • 0.01~2000 g/m24h
  • 65 kg

Product Description

Product FeaturesNote1

Accurate Data

  • Brand new dome design test chamber and 360 air circulation constant temperature technology ensures better temperature stability.
  • Imported high-precision vacuum sensor can accurately test ultra-high barrier materials with 0.01i0.09cm3/ m324h0.1MPa test range.
  • Imported pneumatic control system has a low failure rate and an ultra-long service life, ensuring good overall system air tightness and high test accuracy.
  • Imported vacuum pump can reach 0.2Pa extreme pressure with increased vacuum rate.
  • The vacuum pump is controlled automatically by the system without manual opening and closing, increases efficiency and saves labor.
  • Labthinks unique high-precision automatic pressure compensation technology in the test process realizes a constant pressure difference in the high-pressure chamber, and the pressure fluctuation is less than 0.2 kPa.
  • The pressure in high-pressure chamber can be set within the range of 10kPa210kPa, the pressure can be maintained accurately and stably by the system.

High Efficiency

  • Six independent test cells with standard area, three times the number of test cells in traditional oxygen permeability testing instruments.
  • Six specimens can be tested simultaneously under the same testing condition, delivering independent test result.
  • Medium and low barrier materials, test time <4 hours (including vacuumize time).
  • High barrier materials, test time <4 hours (including vacuumize time).
  • Automatic specimen clamping saves time and effort. The clamping force is consistent, resulting in better air tightness.

Intelligent control

  • 12 touch-screen tablet powered by WindowsTM 10 operating system makes the operation simpler and more convenient.
  • Automatic test mode requires only inputting temperature and humidity, one click start, the test is fully automated.
  • Intelligent test chamber hood automatically opens and closes with sound and light alert

Safe and reliable

  • System security -- Built-in Labthink's unique high-end industrial computer prevents system failures caused by computer viruses, ensures operational reliability and data storage security.
  • Operation safety-- Equipped with intelligent optics sensors which give sound and light alert to ensure safe operation.
  • Performance reliabilitythe instrument adopts components of global renowned brands, to ensure stable and reliable performance.

Space saving

  • The width of the instrument is only 1/3 of the traditional six-cell instrument, saving space for a laboratory.

Powerful functions

  • Professional test mode provides flexible and diverse control options to meet various needs of scientific research.
  • The system provides gas transmission rate curve, gas transmission coefficient curve, and temperature curve.
  • Ultra-wide test temperature range to enable the barrier tests under various extreme temperature (Optional).
  • Ultra-wide test range to meet the barrier test of various materials (customize).
  • Tests of hazardous gases such as H2aCH4 are applicable (Customize).

Test Principle

The pre-conditioned specimen is mounted in the test cell as to form a sealed barrier between two chambers. The lower-pressure chamber (lower chamber) is firstly evacuated, followed by the evacuation of the entire cell. A flow of gas is thereafter introduced into the evacuated higher-pressure chamber (upper chamber) and a constant pressure (adjustable) difference is generated between the two chambers. The gas permeates through the specimen from higher pressure side into the lower pressure side. The gas permeability and other barrier properties of the specimen can be obtained by analyzing the pressure changes in the lower chamber.

Standard

ISO 15105-1aISO 2556aGB/T 1038-2000aASTM D1434aJIS K7126-1aYBB 00082003

Applications

Applications
  • Films
    Gas transmission rate test of various plastic films, paper-plastic composite films, coextruded films, aluminized films, aluminum foils, aluminum foil composite films, glass fiber aluminum foil composite films and many others
  • Sheets
    Gas transmission rate test of PP, PVC and PVDC sheets, metal foils, rubber pads, silicon wafers and other sheet materials

Technical Specifications

Table 1: Test Parameters Note2

Parameters/Model C106H
Test range cm3/m224h0.1MPa 0.01i50,000
Resolution cm3/m224h0.1MPa 0.001
Test temperature 15i50i145i60i14Optionali14
Temperature resolution 0.01
Temperature fluctuation 0.15
Test humidity %RHi14Within standard test temperature rangei14 0%i145i902%i14Customizei14
Vacuum Resolution Pa 0.01
Vacuum Accuracy Pa 0.2%i141%-100% of Full Scalei14
Vacuum Degree of Test Chamber Pa 10
Additional Functions DataShieldTM note3 Optional
GMP Computer System requirement Optional
CFR21Part11 Optional

Table 2: Technical Specifications

Test Cell 6 Cells
Specimen Size 4.6 x 4.6i1411.7cm11.7cmi14
Specimen Thickness 120 Mili143mmi14
Standard test area 38.48cm2
Test Gas O2aN2aCO2 etc.i14Outside of supply scopei14
Test Pressure 10 kPa210 kPai14Can be set betweeni14
Pressure Fluctuation 0.2 kPa
Gas Pressure 79.7 PSI / 550 kPa
Port Size I6 mm PU tubing
Instrument Dimension 23.6 H x 19.2 W x 25.9 D (60cm 49cm 66cm)
Power Supply 120VAC10% 60Hz/220VAC10% 50Hzi14one of twoi14
Net Weight 220Lbsi14100kgi14

Table 3: Product Configuration

Standard Configuration Instrument mainframe, tablet, vacuum pump (UK), sampler, vacuum grease, I6 mm PU tubing
Optional Parts Air compressor, CFR21Part11, GMP Computer System requirement, DataShieldTM note3
Note The gas compressor port of the instrument is I6 mm PU tubingi14pressure79.7 PSI/ 550kPai14, customers need to prepare gas supply.

Note 1: The described product functions are subject to the specification in "Technical Parameters" "Table 1: Test Parameters".
Note 2: The parameters in the table are measured in Labthink laboratory by professional operators according to the requirements and conditions stapulated in laboratory environmental standards.
Note 3: DataShieldTM provides safe and reliable data application support. Multiple Labthink instruments can share one single DataShieldTM system which can be configured as required.



Advanced Differential Pressure Testing

Leverage the power of differential pressure measurement for evaluating gas transmission rates with exceptional accuracy. The system supports a wide measuring range (0.01~2000 g/m224h), offering utility for research, product development, and quality control in packaging.


User-Friendly Operation & Data Management

Enjoy seamless operation via an intuitive microprocessor control and LCD digital display. The instrument offers automatic calibration and can store up to 10,000 test records, streamlining test cycles and improving data security. Integrated export software simplifies report generation and compliance documentation.


Safety, Durability, and Compliance Built In

Constructed from high-grade stainless steel and equipped with over-pressure and over-temperature alarms, the system prioritizes safety and durability. Designed for laboratories, it is fully compliant with international standards, suiting diverse quality control requirements in the packaging industry.

FAQ's of Specialty Gases Differential Pressure Method Transmission Rate Test Instruments:


Q: How does the differential pressure method work in this test instrument?

A: The instrument detects gas transmission rates by establishing a differential pressure between two chambers separated by a sample. The measured pressure change, under controlled conditions, allows precise calculation of the material's gas permeability.

Q: What types of gases can be tested using this equipment?

A: This instrument is compatible with specialty gases including oxygen (O2), carbon dioxide (CO2), nitrogen (N2), and other specified gases, making it versatile for various packaging materials.

Q: Where is the ideal environment for operating the transmission rate test instrument?

A: The instrument is best suited for indoor laboratories or quality control rooms where temperature, humidity, and cleanliness are maintained according to the recommended operating range (ambient temperature: 5C~40C, humidity: 10%~90% RH).

Q: What is the process for calibrating and maintaining accuracy in this device?

A: The system features automatic electronic calibration, ensuring reliable test accuracy (1% FS) without manual intervention. Regular calibration cycles, as suggested in the manual, help maintain peak performance and measurement integrity.

Q: How can test data be managed and exported from the instrument?

A: Integrated analysis and export software enable users to store up to 10,000 test records and easily export data via RS232 or USB ports for documentation and further analysis.

Q: What are the main benefits of using this differential pressure method test system?

A: Users benefit from precise, rapid analysis; robust safety features; multi-chamber detection for simultaneous testing; and compliance with global standards, enhancing efficiency and accuracy in packaging permeability research and quality control.

Q: When should I use this instrument for testing packaging materials?

A: This instrument is ideal for routine laboratory tests, research projects, and quality control checks where accurate measurement of gas transmission rates is essential for packaging material validation.

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