Standards
ISO 15105-1、ISO 2556、GB/T 1038-2000、ASTM D1434、JIS K7126-1、YBB 00082003
Application Fields
Packaging | Food | Pharmaceuticals | New Materials | Chemical Industry | Printing
Used to determine the gas transmission rate (GTR) of O2,CO2,N2 and other gases for various films and packaging materials.
Suitable for gas permeability testing of films, sheets, paper, packages, and related materials in fields such as food, pharmaceuticals, medical devices, daily chemicals, and photovoltaic electronics. It provides wide-range and high-efficiency detection for materials with high, medium, and low gas barrier properties.
Designed based on the Differential Pressure Method. The pre-conditioned specimen is mounted between the high-pressure and low-pressure chambers and clamped tightly. The entire system is then evacuated (vacuumed). Test gas is introduced into the high-pressure chamber to maintain a constant pressure differential across the specimen. Driven by this gradient, the gas permeates from the high-pressure chamber through the film into the low-pressure chamber. By monitoring the pressure changes in the low-pressure chamber, the barrier parameters of the specimen are calculated.
- Advanced and unique chamber and pneumatic circuit design; the volume of the low-pressure chamber is adjustable, providing a wide measurement range.
- Equipped with imported sensors, ensuring high precision and excellent stability.
- Utilizes advanced P.I.D temperature control technology for high-precision thermal regulation.
- Real-time display of transmission rate, pressure, and temperature curves for live tracking of instrument operating status.
- Simple software interface and easy operation with optional automatic or manual test modes; test reports are automatically saved and can be exported/printed with one click (supports Word/PDF formats).
- Large-scale maintenance-free design with superior performance for year-round continuous operation; includes over-pressure safety protection.
- Equipped with a touchscreen HMI (Human-Machine Interface) for real-time display of various parameters.
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Item
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Parameter
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Test Range
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0.02-50000cm³/（m².24h.0.1MPa）
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Measurement Accuracy
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Within ±2% of reading
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Temperature Range
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5℃-55℃
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Temp. Control Accuracy
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±0.5℃
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Standard Test Temp.
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23℃
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Vacuum Degree
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＜27 Pa
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Test Area
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50.26 cm²
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Specimen Thickness
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≤3mm
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Gas Inlet Port
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φ8mm PU Tubing
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Vacuum Port
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1/8 inch
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Test Gas Pressure
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0.1MPa
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Gas Source Pressure
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≥0.4MPa
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Power Supply
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AC 220V/50Hz
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Standard Configuration
Mainframe, Power Cable, Communication Cable, Stainless Steel Tube, Pneumatic Tubing, Sample Cutter, Qualitative Filter Paper, Vacuum Grease, Installation Accessories
User-provided
Compressed Air (Pressure ≥0.4 MPa, Φ8 mm PU tubing), Test Gas (O2, 99.999% Purity), Vacuum Pump (Flow rate 4L/s, Vacuum degree 6*10-2 ), PC
We provide detailed product technical specifications, application scenarios, and other relevant information to help customers select the most suitable instruments and equipment. We also offer comprehensive support for solution design, sample testing, on-site inspections, and other professional services.
We collaborate with customers to clearly define all contract details, including pricing, delivery schedule, and payment terms, and execute formal contracts. We deliver thorough operation and maintenance training to ensure customers can use the instruments correctly and efficiently. Additionally, we assist with acceptance procedures and perform rigorous pre-shipment debugging and testing on every instrument to guarantee full compliance with contract requirements.
In addition to a one-year warranty period, we provide lifelong remote technical support to resolve any usage issues. We also offer regular maintenance services and respond promptly and efficiently to specific customer needs.
