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The Testing Method for Oxygen Residual in Infusion Packages
The Testing Method for Oxygen Residual in Infusion Packages
Testing Method for Headspace Gas Analysis of Infusion Packages using Labthink Headspace Gas Analyzer HGA-01
Jinan,
Shandong,
China
(prbd.net)
18/01/2011
The headspace analysis for infusion packages, especially oxygen residual analysis of infusion packages, directly relates to the product quality during quality guarantee period. With the help of HGA-01 Headspace Analyzer and special sampler developed by Labthink Instruments Co., Ltd.(www.labthink.cn), oxygen residual testing in infusion packages, including infusion bottles and infusion bags can be solved conveniently, efficiently and economically. Thus, testing for infusion bag and infusion bags can be perfectly achieved.
1. Significance for Oxygen Residual Control of Infusion bottles and Infusion Bags
Oxygen is one of the main factors affecting the quality guarantee period of infusion packages. According to researches, effective control of gas composition ratio inside infusion bags and infusion bottles can help prolong quality guarantee period and improve storage quality. In order to reduce certain gas contents inside the infusion packages, MAP and CAP have been widely applied in the industry. The inert gases that play key effects for longer quality guarantee periods are nitrogen gas, or the composition of nitrogen and carbon dioxide. However, there is always a certain amount of other gases after sealing inside the infusion packages, such as oxygen. Such gas ingredients would lead to further composition change inside the package in the long run. In other words, it’s quite difficult to have a full control of the gas contents inside the package, which would bring difficulties for product quality analysis, estimation for quality guarantee period and package design evaluation. Fortunately, such problem can be effectively solved with the help of Labthink HGA-01 Headspace Analyzer.
2. Labthink HGA-01 Headspace Analyzer, Your Best Choice
Labthink HGA-01 Headspace Analyzer can realize headspace gas analysis of small packages, and solve the above-mentioned obstacles with the help of professional sampler.
Labthink HGA-01 Headspace Analyzer combines the advantages of Desk-top instruments and portable instruments. Meanwhile, the instrument has its innovative advantages. Firstly, the gas quantity of oxygen and carbon dioxide can be measured simultaneously. The testing range and precision are world leading. Secondly, two sample feeding modes: manual and automatic. With the special probe, sealing mat and filter, the time for sorption and response has been greatly reduced, and the effectiveness of testing data is perfectly confirmed. Moreover, reliable gas analysis sensor guarantees more than 6 years’ excellent performance, while other headspace gas testing instruments have to change the sensor within 3 or 4 years. HGA-01 is portable and equipped with built-in mini-printer, a convenient and easy tool for operators in varied situations.
3. Summary for Oxygen residual Analysis of Infusion Packages.
Oxygen residual analysis of infusion bottles and infusion bags offers an efficient and accurate way for the command of gas ingredient changes inside the package, so as to provide important data support for product quality analysis, quality guarantee period evaluation and package design assessment. Thus, it’s a necessary testing means for product quality control. Labthink HGA-01 Headspace Gas Analyzer, together with its special sampler, help establish the foundation for oxygen residual analysis in pharmaceutical manufacturers.
To lean more about headspace analysis of infusion packages and oxygen residual analyzer, please write to: na@labthink.cn, or visit Labthink official website: www.labthink.cn.
About
Labthink, leader in flexible plastic and film testing industry, provides testing instruments with best quality, high accuracy. Labthink makes every effort to be together with customers to provide best solutions for packaging safety and quality control, to lengthen shelf-life and to achieve package cost reduction
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