Why do you want to replace R22 with R410A? - - - - - -

R410A is a kind of new refrigerants. New refrigerant R410A composed of two kinds of quasi azeotropic mixture, mainly include hydrogen, fluorine and carbon element, has a stable, non-toxic, superior performance, etc. At the same time as a result of not containing chlorine, so will not react with ozone, can neither destroy ozone. In addition, the adoption of new refrigerant air conditioning again in terms of performance will be improved. R410A is by far the most appropriate internationally recognized to replace R22 refrigerant, and in Europe and the United States, Japan and other countries. Below the refrigerant manufacturer staff in hangzhou will introduce to you, why do you want to replace R22 with R410A? 1, R410A belongs to low toxicity, display without burning transmissibility. Ozone depletion coefficient is 0, 2, R410A refrigerant R22 ozone depletion coefficient of 0. 05. 3, when using R410A system than the total heat transfer characteristics of R22, so can improve system efficiency, and reduce heat exchanger heat transfer area. Both are free to mix with, easy to damage the compressor equipment. Now is the hottest time of the year, a lot of air conditioning refrigeration effect in order to ensure the enough, all you need to add refrigerant, don't randomly mixed with oh! These two different refrigerant components, power, and add an interface is also different, random mixing and easy to increase the risk of equipment damage!
air conditioner capacitor is a good way to humanize Arkool and engage your target customers.
For decades, Hangzhou E cool refrigeration Co.,Ltd has searched for and found a number of secrets to help customers through out the world to achieve start capacitor suppliers by providing useful and efficient solutions. Go to Arkool Refrigeration to learn about some of those secrets.
In terms of refrigerant gas, why is it different than other production? How does it fit a true need or desire for your requires? Is it simple to use? Make life easier?