Chemical Blending 101: Knowing The Different Kinds of Chemical Reactions

Chemical Blending 101: Knowing The Different Kinds of Chemical Reactions

When blending chemicals, understanding the different chemical reactions is extremely important. Thats because different types of chemical reactions yield different types of by-products. Hence, if you dont want to achieve a different result then it is important which chemical reaction should not be applied.
Generally, toll manufacturers follow certain requirements before they provide services such as blending chemicals or chemical packaging. These requirements ensure safety and standardized processing. However, it is also important for a manufacturer to learn the basic principles behind chemicals in order to avoid untoward incidents in the plant or in the environment. These things can also help manufacturers who want to learn chemical blending. By doing so, you can predict the outcome if you know how certain elements and compounds will react to chemical reactions.

Here is a list of some common chemical reactions:

1. Single displacement

This means that an element is displaced or substituted from a compound with higher reactivity. For example, if you will mix magnesium and water, through single displacement the result will be hydrogen and magnesium hydroxide. Magnesium hydroxide in its solid form will produce brucite, a mineral identified as an ordinary variation of periclase in marbles.

When suspended in water, magnesium hydroxide appears to be a milky substance hence the name milk of magnesia. In the medical field, milk of magnesia is a popular component when making antacids and laxatives. With its ability to neutralize acids, this product of single displacement reaction is popular to people with too much acid in the stomach.

On the other hand, hydrogen is commonly used in welding and other industrial processes.

2. Double displacement

Also known as metathesis, double displacement involves switching of cations and anions to form completely two different compounds. One good example is the formation of calcium nitrate and silver chloride from solutions silver nitrate and calcium chloride. Calcium chloride is considered a common inorganic compound used in controlling dust and ice on roads.

3. Combustion

This type of chemical reaction gives off heat, hence, the term "exothermic" or outside heating. The most common type of combustion is burning fuel. The basic process involves combining oxygen and another compound which will result to carbon dioxide and water. The idea is to use heat to trigger chemical reaction.

4. Decomposition

This type of chemical reaction involves the splitting up of a chemical compound and provides smaller elements or compounds. The best example for this is the electrolysis of water. In this process, an electric current is passed through the water thereby breaking up the chemical structure of water and yield two gases - hydrogen and oxygen. Generally, electrolysis is used to produce hydrogen gases.

5. Synthesis

This is the opposite of decomposition. For some, decomposition is not a good type of chemical reaction because the result normally carries a weaker state. In synthesis, however, when you combine two or more compounds, the resulting state is definitely stronger and more complex. One good example is the combination of hydrogen and oxygen to form water.

Indeed, through chemical reaction, a whole new world is created. This simply says that science really has its way to make wonders on earth. And so, it is important for people who have direct connection with chemicals to know how these substances behave once they are combined to other substances.

The main idea of learning chemical reaction is to predict the possible results when combining chemicals to produce desirable results. In the medical field, it does involve trial and error to come up with the necessary compound. But whatever its purpose is, this process of combining chemicals is extremely important in the field of manufacturing, whether you are a toll manufacturer or the primary firm.

Jo is a content writer for ReAgent (http://www.toll-manufacturers.co.uk), an established UK based chemical firm providing custom-made manufacturing assistance which includes chemical formulation and deformulation, chemical blending, toll mixing, toll filling and toll packaging, plus a complete range of specialist toll manufacturing. If your firm is seeking high quality chemical products in customized containers and bespoke pack sizes that comply to your specific requirements then take a look at ReAgent Chemicals.

YOUR REACTION?