The Many Benefits of Converting Your Hard Water Soft


Hard water makes up for the majority of water percentage we utilize in our day-to-day activities. In fact, almost 90% of all the “freshwater” we use every day for a plethora of domestic usage is hard water. This applies the same for industrial and commercial applications, as well. 

Hard water can be identified easily by their nature of leaving behind a distinct stickiness texture in your hand. This is primarily due to the excess concentration of calcium and magnesium in the water composition. 

Hard water has a list of an endless number of demerits that makes them highly unsuitable for domestic as well as for industrial usage. They also have an adverse effect on our skin and hair if used without any proper filter process.

The same applies to industrial equipment, as well. Hard water can shorten the effective life span of many industrial tools and equipment such as cooling towers, boilers, etc. are adversely affected by the high percentage of magnesium and calcium in hard water. 

Industrial water softeners, in such cases, provides the ideal solution by providing you with the simplest means to convert your hard water soft, so your equipment does not suffer from frequent maintenance issues and retains their optimum efficiency as well.  

Apart from the domestic application, some of the large scale industries/ organizations that benefit from the installation of industrial water softener include – 

  • Pharmaceutical 
  • Food and Beverage 
  • Car Servicing 
  • Agricultural 
  • Clothing, etc.  

Some of the most compelling benefits of turning your hard water soft are as follows – 

  • Soft water makes it easier for equipment cleaning 

Hard water has the tendency to leave off a distinctive watermark that becomes hard to wash off if left unclean for a prolonged duration. This can include silverware, glass, or car exterior, as well. It is rather ironic that hard water ruins the integrity of your equipment rather than making them cleaner, which is the primary application of water in industries. 

This is especially true for clothing and car servicing industries as hard water can leave mineral deposits, which can cause soiling and eventually make the clothes appear dingy. 

  • Reduced fuel Consumption 

One of the main drawbacks of using hard water in major factories is that it escalates the fuel consumption by reducing the working efficiency of major industrial equipment. Hard water tends to leave behind thick layers of hardness scales on the interior of the machines after repeated usage. This, in turn, reduces the working efficiency of the equipment and causes them to consume more fuel to operate and deliver the required power. These residues can also increase the internal heating of the equipment and cause rapid damage as well. 

Using water softeners can, hence, reduce the formation of such slumps and reduce fuel consumption by a significant amount. 

  • Ensures better skin and hair

One of the most prominent disadvantages of hard water comes in the form of its inferior skin and hair washing property. The excess composition of calcium and magnesium in such water is not ideal for your skin nor your hair, as well. Excess hair fall and inferior skin tone are some of the most adverse effects of using hard water as the primary water source to take a bath or any other type of skin/ hair care ventures you undertake every day. 

Water softener equipment converts your hard tap water soft and ensures optimum skin and hair health and prevents any form of future damage from various harmful components. 

  • Reduce energy usage 

One of the main drawbacks of hard water, which many people seem to remain oblivious, is that they can increase energy consumption by a considerable figure. This is essential because many of the appliances that depend and operate primarily on electricity are adversely affected by the inferior quality of hard water and its harmful components. 

One of the prime examples is of the heating elements/rod that converts electricity to heat energy. Hard water naturally contains dissolved rocks that can accumulate on the inner surface of the heating rod and boilers. These accumulations, in turn, reduce the working efficiency of such heating equipment and increase the energy required to convert it to heat energy. 

Using water softeners eliminates such a form of accumulations and ensures the equipment run efficiently without drawing excess energy.


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