Every person who is a coffee lover knows how amazing it is to have a Keurig machine in the kitchen. It helps them get the quickest cup of coffee, so usually, they buy this coffee maker for home use. However, they do not learn how to maintain it by regular and monthly cleaning. They are even not aware of what is Keurig descaling solution made of? So, can we expect that the machine will have a long life, and they will continue to get that tasty cup of coffee in the morning? Well, not at all.
What is Keurig Descaling Solution Made of
It is very important to understand how to clean the Keurig with a descaling solution. Also, knowledge about what ingredients it is made of is crucial as well. This is because when you know what should be in that solution, you will be able to buy the right one during shopping.
Descaling is the process of removing the hard depositions in different components of your Keurig machine. It is mainly due to the chemicals and minerals present in water that you daily use for making your coffee cup. The process of descaling does not require special skills, rather it is a perfect descaling solution.
All you need are 15 minutes to descale your coffee maker by using the descaling solution. It works pretty fast in descaling those deposits. Let us learn about what is Keurig’s descaling solution made of and how each ingredient plays the part in the cleaning process.
Ingredients of Keurig Descaling Solution
Do you wonder what is Keurig’s descaling solution made of? Well, here we will share the complete list with you. You will also learn about the function of each one in the descaling process.
The presence of citric acid as an ingredient in Keurig descaling solution is due to its ability to kill bacteria, molds, and mildews. Along with these disinfecting properties, it also helps in cleaning the hard water depositions in the spout, jug, and filter of the coffee maker.
Formic acid is already known for its use in household cleaning. In the coffee maker descaling solution, its purpose is to fight the scale build-up inside machine compartments. It especially descales the spout and carafe.
If there is an all-purpose cleaner, we all know that acetic acid is the one. Due to its strong acidic nature, it can descale the hard water depositions in the coffee maker. Along with this, if there is any coffee stain on the material, it can remove that too.
Glycolic acid is a cleaning agent that boosts the effectiveness of other cleaning ingredients present in the Keurig descaling solution. Its high compatibility with citric acid makes it an ideal addition to the solution as it enhances the strength of this acid.
Hydrochloric acid is a common ingredient in household cleaners, including the coffee maker’s descaling solutions. Due to its corrosive nature, its addition is made sure to remove the stubborn stains on the different parts of the coffee maker.
We know that water contains chemicals and minerals. When you keep using it for making coffee in the machine, they start to deposit. This mineral scaling then interferes with machine functioning as well as deteriorates the taste of coffee over time. Formic acid can effectively descale these minerals.
This acid has mineral nature; thus, it can descale the home espresso and coffee makers. It makes calcium and iron salts with water that make the cleaning process pretty fast. This is why it is an essential component of Keurig’s descaling solution.
Phosphoric acid provides a very clean look to the coffee maker components. Being part of the descaling solution, it provides the finishing look to the material so that it may look polished and fresh.
Well, now you must be sure about what is Keurig’s descaling solution made of. Also, what is the purpose of each ingredient present in it? It is up to you how often you descale the coffee maker.
Experts recommend that one should regularly clean the coffee maker by rinsing with water and mild dish wash soap solution. While the use of descaling solution has to be once every month. It will maintain the quality of the machine, and the taste of your coffee.