Product Description
C403M Oxygen/Water Vapor Transmission Rate Test System is based on the testing principles of coulometric oxygen sensor and infrared water vapor sensor. It is designed and manufactured in accordance with standards such as ASTM D3985, ASTM F1249, and ISO 15106-2. It provides a high-precision integrated testing solution for water vapor and oxygen transmission rates of high and medium barrier materials. It is widely applicable in pharmaceuticals, food, medical devices, daily chemicals, photovoltaics, electronics and other fields, accurately detecting the oxygen and water vapor transmission performances of films, packaging, sheets, and related materials.
Advanced Sensing Technology for Accurate Permeability TestingEquipped with high-sensitivity coulometric, infrared, and ELCD sensors, the C403M delivers rapid and precise measurements for both oxygen and water vapor transmission rates. The system's robust sensor suite ensures accurate data for packaging material analysis, even at very low transmission rates.
User-Friendly Operation and Comprehensive AnalysisThe C403M features a large color LCD touch screen and Windows-compatible analysis software, simplifying operation and data interpretation. Users benefit from intuitive controls, automatic calibration, and flexible test settings suitable for a wide variety of materials and sample sizes.
Seamless Data Management and ExportInternal memory, USB exporting, and network transfer capabilities make data handling efficient and secure. Operators can easily retrieve, review, and share test results through multiple digital channels for enhanced quality assurance and reporting.
FAQ's of C403M Oxygen/Water Vapor Transmission Rate Test System:
Q: How does the C403M test system measure oxygen and water vapor transmission rates?
A: The system utilizes high-sensitivity coulometric sensors for oxygen and infrared/ELCD sensors for water vapor, capturing real-time transmission rates under programmable temperature and humidity conditions. Test methods include both equal and differential pressure modes for accurate and standard-compliant results.
Q: What types of materials are compatible with the C403M?
A: The C403M is designed for packaging films, laminates, and sheet materials. Specimen sizes are customizable, and up to three samples can be tested independently and simultaneously, making it ideal for research and quality control in material barrier properties.
Q: When does the system require calibration, and how is it performed?
A: Calibration can be done either automatically or manually based on usage frequency or standard operating procedures. The device provides prompts for routine calibration, ensuring consistent accuracy and compliance with industry standards.
Q: Where can I install the C403M, and what are the installation requirements?
A: This bench-top equipment is plug-and-play for ease of installation. It requires a 220V AC power supply, ambient conditions of 5C-35C (non-condensing), and a gas pressure input of 0.6 MPa, with standard 6 mm hose interfaces for connections.
Q: What are the benefits of using this test system for packaging analysis?
A: The C403M offers precise, rapid detection of oxygen and water vapor permeability, enabling manufacturers to optimize packaging material selection and barrier performance, thus ensuring product quality, shelf life, and regulatory compliance.
Q: How is test data managed and exported from the system?
A: Test results are internally stored and can be exported via USB, RS232, or Ethernet. The included software allows for quick data review, analysis, and network transfer, supporting efficient documentation and traceability.