This information is provided by Jinan Languang Electromechanical Technology Co., Ltd.
The plastic bottle permeability tester (isobaric method) is a professional instrument used to test the oxygen permeability of packaging containers such as plastic bottles. This instrument is based on the principle of isobaric testing, and accurately measures the oxygen barrier performance of packaging containers by simulating actual environmental conditions, providing scientific basis for packaging material research and development, quality control, and packaging design.
The testing principle of the plastic bottle permeability tester (isobaric method):
The instrument adopts the principle of isobaric testing, also known as Coulomb gauge detection method, which refers to maintaining consistent pressure on both sides of the sample during the testing process, and testing the amount of oxygen permeating through the sample through a Coulomb sensor. The specific process is as follows: Seal the plastic bottle or other packaging container sample on the sample rack and seal it in a closed space. Oxygen flows on the outside of the sample, while high-purity nitrogen flows inside. Under the effect of concentration difference, oxygen permeates through the container and is carried by nitrogen to the sensor. The sensor accurately measures the amount of oxygen carried in the nitrogen flow, thereby calculating the oxygen permeability of the packaging container.
Technical characteristics of plastic bottle permeability tester (isobaric method):
High precision measurement: using a Coulomb oxygen analysis sensor that is separated first, with high resolution and accurate data, it can measure extremely low levels of oxygen permeability.
Fully automatic control: Testing temperature, humidity, gas pressure, and flow rate are fully controlled to reduce human error and ensure the stability and repeatability of test results.
Intelligent operation: equipped with touch screen and remote computer control, supporting data storage and output, easy to analyze and trace.
Multi functional testing: It can test various forms of packaging containers such as plastic bottles, glass bottles, metal cans, etc., to meet the needs of different industries.
Application fields:
Food packaging industry: Testing the oxygen permeability of various food packaging containers to ensure the quality of food preservation inside the packaging and extend the shelf life.
Pharmaceutical packaging industry: Testing the oxygen barrier performance of pharmaceutical packaging containers to ensure the stability and effectiveness of drugs.
Daily chemical industry: Evaluate the oxygen barrier performance of packaging containers for cosmetics, detergents, and other products to prevent product deterioration due to oxidation.
Medical device industry: Ensure the safety of medical devices during transportation and storage, and prevent contamination or failure caused by oxygen permeation.
Technical Specifications:
Thin film testing range: 0.01-200cm3/(m2 · day) (standard);
Container testing range: 0.00005~1cm3/(pkg · day) (pack)
Resolution: 0.001cm3/(m2 · day)
Repeatability: 0.01cm3/(m2 · day) or 2%, whichever is greater
Test temperature: 10-55 ℃, ± 0.2 ℃
Test humidity: Oxygen 0%, 5-90% ± 1%, 100%; Carrier gas 0%, 5-90% ± 2% (optional)
Test chamber: 3 (three chamber independent testing)
Sample size: 108mm × 108mm
Sample thickness: ≤ 3mm
Standard testing area: 50cm2
Carrier gas specification: 99.999% high-purity nitrogen (gas source to be provided by the user)
Gas source pressure: ≥ 0.28MPa/40.6psi
Interface size: 1/8 inch metal tube
Packaging Test (3L Large): Optional