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Y310 2.0 Oxygen Transmission Rate Tester

Manufactured by GBPI Testing Instruments

Used to measure the oxygen transmission rate (quantity) of plastic films, sheets, paper, and various packaging materials, the Y310 2.0 employs the Coulometric Sensor Method. The sensor analyses the oxygen concentration and calculates the oxygen transmission rate.

The instrument is equipped with three chambers with independent data, suitable for high-throughput testing and high testing efficiency.

 

Price on quotation

Data sheets

Benefits

  • Wide test range [0.01~1000 cm3/(m2·24h·0.1 MPa)] with a low test limit of 0.01 cm3/(m2 24 h 0.1 MPa) caters to the test requirements of high, medium, and low barrier materials.
  • Patent core technology for high-efficient and accurate testing.
  • Meticulously crafted in adherence to standards like GB/T 19789 and ASTM D3985 (For full Standards list, see Specifications).
  • New pneumatic air circuit control system enables automatic fixture clamping of the sample, offering convenience, labour-saving, and excellent sealing performance.
  • Precise control of temperature and humidity: bi-directional automatic temperature control of the semiconductor refrigeration chip, automatic humidity control with dual airflow (dry gas and wet gas) humidity method, ensuring stable humidity with high precision (accurate to ±2%RH).
  • Professional software with easy-to-use interface and flexible to set test process.
  • Real-time display of six sets of curves, including permeation-time, temperature-time, humidity-time, nitrogen flow-time, oxygen flow-time, and concentration-time, supporting preview and hide functions.
  • Smart operating system with global certification: Developed intelligent operating system with modular graphics, flexible setting of test process parameters, intuitive and convenient operation
  • Offline or online detection: The instrument has its own operating system, allowing independent testing without a computer, and data is automatically processed. The instrument is equipped with a computer interface for online testing.
  • Over-range automatic protection function to avoid damage to important sensors when the instrument fails.
  • The instrument can connect to the Internet Of Things (IoT) platform for network digital management.
  • National standard materials are used for calibration and verification to ensure the accuracy, versatility, and authority of the test data.
  • With additional adapter accessories, it can measure the oxygen transmission rate of bottles, bags, bowls, and other containers.