Reynold India Private Limited

 

Our Products
Home » blog

Chiller For Plastic Industry


The plastics industry is one of the world's largest and most influential industries, influencing almost every part of our lives, from food and medicine to aerospace and entertainment. The majority of plastic parts used regularly are molded by injection. An incredibly efficient way to mass similar manufacturing components with very little waste material is injection molding. An injection molding machine heats plastic Processing Chiller until they become liquid and then injected into a shaped mold where the plastic component cools. The cooling process can be very long; over 80 percent of the total processing period of plastic is devoted to cooling. An injection molding chiller will reduce the cooling time significantly and maintain the quality of your products.

Click here for advice on buying a Chiller.

The modern industrial Chillers for the Plastic Process Industry is a cooling device that extracts heat from one element (water/glycol/air) and deposits it into another element (water/glycol/air) (ambient air or water). The standard design is a device that cools water (water/glycol, or air) at 60 F to 50 F and deposits heat at 95 F (or water at 85 F) into the ambient air. Different industries use this chilling technology to cool down the process equipment and use a Freon chiller to cool a medium such as air or water. We will start with a description of a chiller to learn more about Chiller for Plastic Industries in general and to help you make an educated decision about your cooling issue



The temperature control feature of manufacturing and processing equipment can be accomplished in four ways.

chiller for plastic industry


1) A cooling tower providing water at or above 85 F and using Chillers that supply water at or below 60 F.
2) A handheld chiller,
3) A chiller that is packaged,
4) A central system of chillers.

A portable chiller-is a single pump chiller that can be supplied with air or water-cooled condensers, used to cool one or two devices, process water flow restricted to 2.4 GPM/ton, limiting the use of this type of chiller.
A packaged chiller can be supplied with either air-cooled or water-cooled condensers, a two-pump system, one pump for the evaporator, the other for the separation process, no process water flow restrictions, but this type of chiller is not expandable as the load of the plant cooling increases.
Water-cooled scroll chillers boast of being friendly to the climate. In tropical weather conditions, these are simple to mount and can function well. The scroll chillers are crafted and tested according to international standards of quality. It is easy to operate the equipment and ensure maximum performance.
Each compressor uses a separate cooling circuit that, within various compressor configurations, develops great reliability. The servicing of under-maintenance modules is simple due to different refrigeration circuits. The machinery is compact in size, making it simple to run.

Features of Scroll Chillers that are water-cooled include:


For each compressor, separate refrigeration circuits
Fully skid-mounted machine like fluid pump and tank storage
Electronic valves for expansion
Tube-in-tube and shell and tube evaporators developed by the factory
Extra thickness of the tubes and high-flow style
Better efficiency for operations
Maintenance made simple
Completely automatic units based on PLCs
Facilities for data logging
Automatic and staggered management of capability

A scroll compressor operates to compress fluids, in this case refrigerant, by using two interleaving scrolls, which means one scroll inside the other. Scroll compressors are known to operate quieter, smoother and more efficient than many other compressor types. Scroll chillers usually have several compressors in one or two refrigeration circuits in the case of water-cooled chillers. By staging the compressors, control is provided. They come with a range of parts, including: starter/control panels, drain valves, flow switches, electronic expansion valves, brazed plate evaporators, air-cooled or water-cooled condensers, sub-coolers, piping interconnectors and partial heat recovery (optionally). They typically fit smaller systems, are commercially used for systems with a capacity of less than 30 TR, and can be built for outdoor use or indoor industrial use. Industrial-grade scroll chillers are suitable for use in large office buildings and other commercial and industrial facilities for air conditioning. For applications such as low temperature processing, heat recovery, thermal storage and ice-making, they are also fine. Recently, engineers have changed scroll chillers to allow them to run with a single compressor at part load capacity. Before, without human manipulation outside of the powered computer, they were only able to operate at maximum capacity. Their energy quality is an advantage of scroll chillers. As several businesses aim to minimize the use of refrigerants with high ozone depletion potential, they are also becoming more environmentally conscious (ODP). Scroll chillers are both simple to install and easy to maintain, and a range of power, mechanical and sound configurations can be configured.

A central chilling system is where one or more central chillers can be connected to a standard collection of two pump tanks, standby pumps, and chillers added to the full pump tank cooling capacity and Injection Moulding Chillers in Plastics Industry.
A central cooling tower system is where one or more cooling towers are linked to a standard collection of two pump tanks, standby pumps can be installed, and towers can be added to the pump tank's maximum cooling power.
Central tank sets allow air, water-cooled, produce, and tonnage of different chillers to work together on the same chilling device. Even to operate together on the same tower structure, different styles, makes, and tonnage of cooling towers. We are known as the best plastics industry's best industrial Chiller manufacturer. Although a mixture of these cooling technologies is used for most industrial operations, most would require a chiller.

What is a Chiller?


When people first hear the word "chiller" (if they don't think of a horror movie first), they usually think of something like an air conditioner or maybe even a refrigerator that induces cold or cools the ambient air. It's a bit deceptive here. The following six main components are made up of a chiller: By moving the heat to a refrigerant that is transformed into a gas, the evaporator cools the water, water/glycol, or air. The compressor takes this gas and raises its pressure so that the heat can be absorbed by ambient air or water. Condenser-rejects the gas heat acquired using ambient air or cooling tower water to condense the gas back into a liquid for evaporator use again. Holding Tank-holds the circulating coolant, usually water (can be water/glycol), the tank is wide enough to stop turbulent flow in the tank that causes cavitation of the pump. Coolant circulates from the holding tank to the evaporator and from the evaporator to the cooling system or process and back to the tank. Temperature controller, compressor contactor, pump starter, 3-phase fuses, power transformer, safety controls, running and failing lights, control panel. While it is true that a chiller is a system that cools something else, i.e., a molding machine for plastic injection, it does not produce cold; it removes heat. In short, it's a system for heat removal. Using the above six elements, an "industrial" chiller extracts heat from one part, water/glycol/air, and then circulates the cooler component to cool the surrounding air or process equipment via a heat exchanger.

Applications: What can be used for a chiller?


In the industrial world, where millions of machines produce a lot of heat, chillers are extremely necessary, as one would imagine. If this computer needs to last at all times, it needs to be cooled.

For plastics


A chilling mechanism in the Injection Moulding Chillers in Plastics Manufacturing cools the hot plastic injected, blown, extruded, or stamped. A chilling system can also cool the equipment used to produce plastic products (hydraulics of the molding machine, gearbox, and barrel of the extruder) that saves energy and the machine's wear and tear. Plastics, Molding Injection

Printing


A chiller not only eliminates the heat produced by the friction of the printing rollers in the printing industry but cools the paper down after it comes out of the ink drying ovens in the process. Printing Printing

Around rubber


Cool the rubber factory, calendars, and bamboo mixers in the rubber industry to cool the rubber extruder barrel's multi-zone water temperature control units. Around rubber

Drinks


In the beverage industry, during blending, cooking, or after pasteurizing the product, a chiller removes the heat obtained from the process. Drinks

The Medical


You would need a cooling system to eliminate all the heat produced if you use high-tech equipment for magnetic resonance imaging, scanning, blood cooling, and laboratory testing. The MRI

HVAC


There is an increasingly increasing need to replace extensive commercial air conditioning and cooling systems with a modular chilling system, with cooling costs accounting for 30 percent to 50 percent of the overall energy costs and rising rapidly, and the eventual phaseout of chlorofluorocarbon (CFC) and hydro chlorofluorocarbon (HCFC) refrigerants.

Related Links

 

Home   |   Products   |   Projects   |   After Sales Service   |   Exports   |   Manufacturing   |   Sustainability   |   Trade & Events   |   Career   |   Gallery   |   Download   |   Newsletter   |   Contact Us
© Reynold India Private Limited. All Rights Reserved

Privacy Policy   |   Terms of Use   |   Sitemap