Oxygen Permeability Analyser - Coulometric Sensor Method Y110 2.0 A2

The Y110 2.0 A2 Oxygen Permeability Analyser, employing the Coulometric Sensor Method, is meticulously crafted in accordance with standards such as GB/T 19789 and ASTM D3985. Featuring a high-precision imported oxygen sensor for elevated test accuracy, this analyser is well-suited for evaluating the oxygen permeability of films, sheets, papers, packages & related materials in industries spanning food, medicine, medical devices, daily chemicals, and photovoltaic electronics. It delivers high-efficiency detection of oxygen transmission rates across a broad spectrum of high, medium, and low oxygen barrier materials.

Test Principle The Y110 2.0 Oxygen Transmission Rate Tester adopts the Coulometric Sensor Method. In this process, the pre-treated sample is securely positioned in the center of the test chamber. High-purity oxygen flows in the upper chamber of the film, while high-purity nitrogen (carrier gas) flows in the lower chamber. Oxygen molecules diffuse through the film into nitrogen on the other side, carried to the sensor by the flowing nitrogen. The oxygen transmission rate is calculated by analysing the oxygen concentration measured by the sensor.

Standards ASTM D3985, ASTM F2622, ASTM F1927, ASTM F1037, ISO 15105-2, JIS K-7126-B, DIN 53380-3, GB/T 19789, YBB 00082003

Technical Parameters

• Test Range: 0.01~1000 cm3/(m2·24h·0.1MPa) (up to 260000 cm³/(m2·24h·0.1MPa) can be measured through the mask)
• Repeatability: 0.01 or 2%, whichever is larger
• Resolution: 0.0001 cm3/(m2·24h·0.1MPa)
• Temperature Control Range: 15~45℃
• Temperature Control Accuracy: ±0.1℃
• Humidity Range: 0%RH, 5~90%RH, 100%RH
• Humidity Control Accuracy: ±2%RH
• Permeable Area: 50.24 cm2 (custom fittings, down to 0.785 cm2)
• Sample Size: Φ100 mm
• Sample Thickness: ≤3 mm
• Sample Quantity: 1 piece
• Carrier Gas Flow: 5~100 mL/min
• Carrier Gas Pressure: ≥0.1 MPa
• Pneumatic Pressure: ≥0.3 MPa
• Dimensions: 380 mm×620mm×385 mm
• Power: 450 W
• Power Supply: AC 220 V, 50 Hz

Features

• Patented core technology for efficient and accurate testing.
• High-precision imported oxygen sensor with high sensitivity, ultra-high stability, and an ultra-low failure rate, providing a resolution of 0.0001 cm3/(m2·24h·0.1MPa).
• New pneumatic air circuit control system for automatic sample clamping, enhancing convenience and labor-saving with excellent sealing performance.
• Automatic temperature and humidity precision control:
  • Temperature control: bi-directional automatic temperature control of the semiconductor refrigeration chip, with a temperature control accuracy of up to 0.1 ℃.
  • Humidity control: automatic humidity control with a double airflow humidity method, ensuring stable humidity, high precision, and accurate humidity to ±2%RH.
• Compact and flexible single-cavity design, saving space.
• Wide test range, with the lower limit as low as 0.01 cm3/(m2 24 h 0.1 MPa), meeting the testing requirements of high, medium, and low barrier materials. With additional adapter accessories, it can measure the oxygen transmission rate of bottles, bags, bowls, and other containers.
• Stylish and ergonomic design with an exquisite 3D printed shell and lines, delivering a novel and unique appearance.
• Host embedded with an 11.6-inch high-resolution color touch screen for clear views, sensitive touch, and easy operation.
• Fully automatic operation, featuring one-button test, automatic judgment, and automatic shutdown.
• Real-time display of six sets of curves, including permeation-time, temperature-time, humidity-time, nitrogen flow-time, oxygen flow-time, and concentration-time. The curves support preview and hide functions.
• Intelligent operating system with modular icons, stylish color matching, humanised settings, and intuitive and convenient operation.
• Complies with GMP standards, offering flexible setting of test process parameters to meet various standard requirements.
• Audit trail (log trace, test trace) function for data traceability. Different levels of system operation authority can be set.
• Personalised test reports can be configured as needed, with support for data output in multiple formats, electronic signatures, and online submission of audit reports.
• Offline or online detection options, allowing independent testing or computer-connected online testing.
• Professional calibration service, supported by the "National Standard Substance Grading Certificate" and "People's Republic of China Manufacturing Measuring Instrument License."
• Laboratory Intelligent IoT Platform for network digital management, enabling remote authorization, data management, diagnostics, and troubleshooting. Users can download required instrument information, documents, and operation videos on the platform.

Application

• Film: Oxygen transmission rate test of various plastic films (PP/PET/PE/PVC/BOPP/CPP, etc.), plastic composite films, paper-plastic composite films, metal composite films, co-extrusion films, aluminised films, degradable packaging films (PLA/PBAT/PBS, etc.), and other film-like materials.
• Sheet: Oxygen transmission rate test of solid pharmaceutical hard sheets (PP/PVC/PTP, etc.), metal composite sheets, rubber sheets, and other flakes.
• Paper, Cardboard, and Composites: Oxygen transmission rate test of coated paper, silicone paper, cigarette bag aluminised paper, paper aluminum-plastic composite sheet, and other paper and cardboard.
• Medicinal Patches: Oxygen transmission rate test of medical plasters.
• Hygiene Products: Oxygen transmission rate test of sanitary products such as sanitary napkins and panty liners.
• Packaging: Oxygen transmission rate test of wine bottles, Coke bottles, peanut oil barrels, Tetra Pak packaging, vacuum packaging bags, three-piece cans, cosmetic packaging, toothpaste tubes, jelly cups, yogurt cups, etc. Plastic, rubber, paper, paper-plastic composite, glass, metal bottles, bags, cans, boxes, and barrels.
• Package Closure: Oxygen transmission performance test of various package closures.
• Solar Back