Chilling plants are generally used by manufacturers to reduce cycle times. Some polymers require quick ejection of the article because, if the polymer is "overcooked" in the injection unit it could lead to moulding defects and thus make it imperative for the manufacturer to reduce cooling times by using chilling plants.
Chilling plants are difficult to use in places where the humidity levels are extremely high as they cause a phenomena popularly known as "Mould Sweating" which causes moulding defects. Mould sweating occurs when droplets of water condense on the surface of the mould. This happens because the mould temperature is substantially lower to the atmospheric temperature and this causes the moisture in the air to condense on the mould surface.
Specifications of our range of Chilling Plants are as follows:
MODEL |
Cooling Capacity
in K.Cal/Hr. |
HP |
Operating Voltage Range |
Supply Water Temperature |
|
3250 |
3.00 |
180 - 260 V |
10 degrees to 15 degrees Celsius |
|
4600 |
4.00 |
180 - 260 V |
10 degrees to 15 degrees Celsius |
|
6000 |
4.75 |
360 - 460 V |
10 degrees to 15 degrees Celsius |
|
9000 |
5.50 |
360 - 460 V |
10 degrees to 15 degrees Celsius |
|
11350 |
7.50 |
360 - 460 V |
10 degrees to 15 degrees Celsius |
|
13100 |
8.00 |
360 - 460 V |
10 degrees to 15 degrees Celsius |
|
15100 |
10.00 |
360 - 460 V |
10 degrees to 15 degrees Celsius |
Product Specifications may change without notice.
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