Radiation India, Delhi

In order to effectively combat the problems associated with
hard water, especially of hardness salts and the formation of scale across commercial,
industrial and process environments, various anti scalents and water
treatment chemicals have been developed. These chemicals are formulated using
advanced technology and ensure complete treatment of hard water related issues.
We offer effective services that are applicable over a wide range of
applications.

To efficiently cater to all the needs of our clients, we
even install and repair spare parts of water softeners, helping us ensure
highest level of client satisfaction. Possessing in-depth technical knowledge,
we are able to promptly detect the fault and repair it in a short time. Moreover,
while rendering our services, we also keep the budgetary constraints of our
customers in view.

Water softeners help make hard water comparatively soft and
suitable for use. Hard water contains several ions such as calcium, magnesium
and a minute quantity of manganese and ferrous iron ion concentration. These
lead to three major unhealthy effects. Firstly, metal ions react with calcium-sensitive
detergents and soaps that hamper their ability lather and form a precipitate.
It also affects the cleaning effect of detergent formulations.
 
The second point is that calcium and magnesium carbonates
tend to precipitate out as hard deposits to the surfaces of pipes and heat
exchanger surfaces. The primary reason for this is the thermal decomposition of
bi-carbonate ions, although, at times this also happens due to the absence of
such ions. As a result, the build up formed can restrain the flow of water in
pipes. The deposits, when formed in boilers, act as an insulation that harms
the heat flow into water and reduces the heating efficiency. Thus, allowing
overheating of the metal boiler components. This can even lead to failure of
the boiler in a pressurized system.
 
Thirdly, the presence of ions in hard water can result in galvanic
corrosion. This means that when one metal comes in contact with another metal,
it will preferentially corrode when both are in contact with an electrolyte.
Nonetheless, the ions released during conventional water softening such as
sodium or potassium are more electrolytically active than the calcium or
magnesium ions that they replace. Thus, water softening would significantly
increase galvanic corrosion, instead of reducing it. Likewise, while using a
lead plumbing, softened water is likely to be substantially more plumbo-solventas
compared to hard water.
 
Ion-Exchange Resin Devices
 
The stereotypical water-softening equipment designed for
household use depend on an ion-exchange resin wherein, hardness ions exchange
places with sodium ions that are electrostatically bound to the anionic
functional groups of the polymeric resin. Zeolites, a class of minerals, also
exhibits ion-exchange properties and these minerals were extensively used in the
initial water softeners. Water softeners are ideal for application when well
water is sourced, be it private or municipal.
 
Therefore, in order to help our clients drink and use
healthy and pure water, we provide installation and maintenance services for
water softeners. We are well aware of the technical specifications and the
methodology used in old as well as new models of water softeners and can
adeptly handle and repair any fault that takes place within a short time.