We are a reputed organization engaged in offering a quality approved gamut of Coolant Chillers. These are made by our dexterous professional, who use quality raw material and other components by taking aid of modern machinery, while keeping in mind the globally followed quality norms and standards. As a result of our efforts, these have longer service life and ensure reliable performance.
Refrigerated Coolant Chilling systems:
can work at
high spindle speeds, high feeds depth of cuts ensuring precision of
a result of this there is a huge amount of heat generated at the
work piece / tool interface due to friction.
heat reduce the tool life and also affects the quality of work.
it becomes imperative to reduce the heat generated at the work
piece, tool interface. This is accomplished by means of a fluid
known as coolant.
Function of coolant in machining & grinding operation:
cools the tool by absorbing the heat & hence enhances tool life
provides lubrication to the tool & work piece interface
protects the machined surface from corrosion
the cutting forces & hence the power consumption
Importance of Coolant Chiller:
the coolant comes in contact continuously with the tool & work
piece it absorbs heat and hence the temperature of the coolant
the rise in coolant temperature its heat absorbing capability
diminishes and hence it further cannot cool the tool.
it becomes vital to cool the coolant and maintain its temperature
and other physical & chemical properties within prescribed
is accomplished by means of a Coolant chiller.
Coolant chiller performs this function by exchanging the heat gained
by the coolant with a refrigerant which is at lower temperature in a
suitable heat exchanger.
Offered chillers consists of:
necessary refrigeration controls & accessories
In any application the Coolant Chiller works in tandem with a Filtration system to deliver clean & cool coolant at constant temperature to the machining process.
1. Based on the type of Heat Exchanger (Evaporator)
& Tube Type
2. Based on the type of Refrigerant
Eco – Friendly)
coolant after coming out of contact with the Tool/Work piece
interface is generally passed to a filtration system.
filtration system cleans the coolant by segregating the fine dust,
chips & foreign particles from the coolant.
filtered coolant is allowed to enter the chiller where the coolant
exchanges heat in the evaporator with the refrigerant and hence
cool coolant is pumped to the process & the cycle repeats.