Oxyhydrogen Flame Lab glass bottle Sealing Machine

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AboutOxyhydrogen Flame Lab glass bottle Sealing Machine
Traditional lab glass bottle sealing machine adopts liquid gas & oxygen gasas fuel.The flame produced contains carbon dioxide, carbon monoxide and nitrogen compounds,which may makepharmaceuticalsdirtyand bring danger. Okay Energy Equipment Co.,Ltdhas been researching for high-techoxyhydrogen generator to seal lab glass bottlesfor *5 years and finnally achieved with our own patent.
Oxyhydrogen Flame Lab glass bottle Sealing Machine adopts water as the medium to electrolyze water into H2 and O2, fire them to form oxyhydrogen flame. The temperature of Oxyhydrogen flame is as high as ***0 degrees and it can seal the lab glass bottles very fast. The quality and speed of Oxyhydrogen Flamelab glass bottlesealing method is higher than Liquid gas’s.
 

2. Comparison between Oxyhydrogen Flame Lab glass bottle Sealing MachineandTraditional Liquid Gas Lab glass bottle Sealing Machine
Compared withTraditional Liquid gas Lab glass bottle Sealing Machine technology, Oxyhydrogen Flame Lab glass bottle Sealing Machine’s has the following advantages:
 

1. Safe:Oxyhydrogen Flame Lab glass bottle Sealing Machinejust uses water and electricity as fuel to generate gas depends on needs, no gas bottle &no hydrogen gas storage, no leakageor explosive danger.
2. Cost saving: Save *0% liquid gas cost compared to traditional method. Furthermore, the medical liquid can be saved as the oxyhydrogen sealing quality is better.
3. Precisely sealed: Success rate for sealing＞ *9%. Precisely sealed & smooth round top without air leakage risk or deformation.
4. Efficient:Speed up the sealing speed by *0% compared to liquid gas + oxygen gas method.
5. Convenient: Oxyhydrogen Flame Lab glass bottle Sealing Machinecan work with water and electricity, every litre water can be used for 7~8 hours.Whileliquid gas bottle needs to bealteredby manwhichis veryinconvenient.
6. Clean: Oxyhydrogen combustion just produces a little water vapour, so there is no harmfor the pharmaceuticals. But liquid gas combustion produces carbon dioxide, carbon monoxide and nitrogen compounds which will impact on the quality of pharmaceuticals.