Penicillin bottle residual oxygen meter

GAP1000Penicillin bottle residual oxygen meter

Jiuyin Technology Chengdu Co., Ltd. was established inIn 2015, we specialize in the research and development, production, and sales of gas analysis instruments and systems. Our main products include:Oxygen monitoring deviceHeadspace analyzer (residual oxygen analyzer), oxygen analyzer, dew point analyzer, hygrometer, analysis system, explosion-proof oxygen analyzer, explosion-proof flue gas hygrometer, nitrogen oxide converter, combustible gas alarm, oxygen and nitrogen analyzer and other products are widely used in scientific research, environmental protection, energy-saving transformation, metallurgy, building materials, chemical industry, petroleum, power plant, pharmaceutical and food industry and other fields. After more than 4 years of effort and development, we have achieved a certain scale and strength, always adhering to the development and innovation strategy, fully relying on the advantages of human resources, and providing customers with high-efficiency, high reliability, and high cost-effectiveness products.

Since its establishment, the company has fully leveraged its own advantages, established a sound sales network, focused on corporate image, followed the business philosophy of "technology first", and has stable and excellent suppliers, partners, and customer resources. It can provide customers with cost-effective analytical instruments, analysis modules, pre-processing components, gas analysis systems, and other services.

GAP1000Penicillin bottle residual oxygen meter

The analysis of residual oxygen in drug packaging allows enterprises to more conveniently, accurately, and quickly control changes in the gas composition inside the packaging. It is an important data support for analyzing product quality, shelf life effectiveness, and packaging design rationality, and is a testing method to strengthen product quality control. The practical and reliable GAP1100 residual oxygen analyzer provides a guarantee for drug quality control.

At present, milk powder packaging is divided into two categories: bagged and canned. Bagged milk powder is mostly made of aluminum-plastic composite film material, while canned milk powder is mostly made of aluminum alloy cans, which can meet high barrier properties and good sealing. In order to further ensure that milk powder is not easily oxidized, many branded milk powder companies fill the packaging with nitrogen (N2) or a certain proportion of carbon dioxide (CO2), known as nitrogen filled packaging, relying on N2 as an inert gas to eliminate the presence of O2 inside the packaging. The filling of a certain proportion of CO2 is to ensure an acidic internal environment and suppress the proliferation of aerobic bacteria in the milk powder.