1. Cooling Time in Injection Molding

    Time is of the essence in the injection molding process. Manufacturers are always on the lookout for ways to maximize the volume of output and the quality of final products. They will usually try to do this by optimizing the efficiency of the process.

    The cooling time in injection molding is a vital factor that significantly affects a product’s overall quality. Generally, a shorter cooling time indicates an optimized injection mold cooling system and, in the long run, greater output.

    Injection Molding: What is It?

    Plastic injection molding is the process of injecting plastic into a mold to create a solid part. This process d

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  2. Preventing Root Rot in Hydroponics with Temperature Control

    Hydroponics is an alternative to traditional horticulture that uses an enriched water solution in place of soil. These systems still require regular light for photosynthesis to work effectively, whether that light comes from grow lights or from the sun itself. However, one frequently overlooked aspect of hydroponics is ensuring consistent temperature management.

    One of the most important reasons to regulate temperature is the condition known as root rot. When root rot occurs, you may notice wilting, browning, or other signs that something is wrong with your plants. This is especially the

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  3. Server Chiller & Cooling to Maintain Ideal Server Room Temperature

    Server Room

    Server Chiller & Cooling to Maintain Ideal Server Room Temperature

    Since technological companies recognize the importance of data centers and server rooms, they invest vast amounts of money towards top-notch equipment. However, these equipment generate high levels of heat, which can be harmful in various ways. This article reveals the principles of server and data center cooling and its benefits.       

    Purpose of Server Chillers

    Server chillers help to control high levels of heat generated by the equipment in server rooms. Without this cooling solution, there is the possibility of a rapid temperature increase capable of destroying important data and hardware. As a result, various cooling technologies have been established to prevent these casualties.

    The purpose of these cooling systems is to create and maintain a suit

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  4. Die Casting Cooling Systems within the Die Casting Process

    Die casting is one of the most reliable techniques used in many metal casting industries today. While this method is highly efficient, it is associated with the generation of significant amounts of heat energy. Maintaining an optimum thermal environment within a die casting plant is of utmost importance if manufacturers hope to produce high-quality finished parts consistently.

    What Is Die Casting?

    Die casting is a widely employed metalworking technique where molten metal is cast under high pressures. The die casting process steps are relatively straightforward, but allow for a high degree of accuracy and replication.

    Benefits of Die Casting

    Die casting has various benefits, including the ones outlined below:

    • Die-cast metal parts
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  5. Dairy Milk Chillers - Farm Glycol Milk Cooling Systems for Bulk Tanks

    In today's dairy industry, maintaining precise temperatures is extremely important when it comes to ensuring product quality and consumer safety. Luckily, advancements in milk cooling technology have provided a solution to this problem that modern dairy farms often face: glycol milk chilling systems.

    Importance of Glycol Milk Cooling Systems

    Glycol cooling systems are an integral part of the milk chilling plant process. In the dairy farming industry, these systems are used for cooling milk after pasteurization by capturing and releasing heat. Glycol chillers work fast, keeping temperature and bacteria growth under control 24/7.

    In addition, glycol chillers are also less expensive to install, easier to maintain, and are more reliable than conventional refrigeration systems often used in the industry.

    What Temperature Should Milk Be Kept?

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  6. What Is an Adiabatic Cooling System?

    adiabatic cooling system for chillers

    Traditionally, industrial process cooling has involved the use of massive quantities of water to dissipate the heat energy generated during manufacturing cycles. However, technology incorporating adiabatic cooling is proving to be a cost-effective and efficient way to ensure optimal process temperature regulation.

    This article will highlight the key advantages of operating an adiabatic cooling system.

    What Is Adiabatic Cooling?

    Adiabatic cooling operates on the principles of thermodynamics where

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  7. How Are Lasers Made? – Laser Generation Processing & Cooling Needs

    Light amplification by stimulated emission of radiation (LASER) has remained a ground-breaking technological invention since its discovery and first use. Over the years, laser beam technology has been modified and refined for use across a broad range of applications including industrial manufacturing, health, research, and communication tech.

    This article covers how a laser beam is generated as well as how a laser tube can be efficiently cooled.

    laser generation process cooling system

    What Is a Laser?

    A laser is a device that stimulates subatomic particles (electrons) to emit electromagnetic radiation. Lasers typically produce a narrow beam of light that exhibits a physical property called “coherence.” This allows laser light to be focused on a spot mak

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  8. How Does a Fermenter Cooling Jacket Work for Brewing & Wine Tanks

    How Does a Fermenter Cooling Jacket Work for Brewing & Wine Tanks

    Regardless of the size of the operation, the processes of making wine, lagers, stouts, ales, and IPAs requires the careful regulation of your brewing and fermenting environment. The fermentation stage is particularly critical to the outcome of the brew as any adverse temperature levels (too high or too low), can ruin a batch altering the final flavors and aromas, resulting in a poor brew.

    To prevent the exposure of a fermentation mix to undesirable temperature levels, brewers typically attempt to actively cool the process. For breweries producing their beverages on a larger scale, the most effective way of ensuring optimal temperature regulation is using fermentation cooling jackets combined with brewery chillers or winery glycol chillers

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  9. Dry Cooler vs. Chiller – What Is a Dry Cooler

    Depending on operator preference, there are different approaches to industrial cooling. While some process temperatures can be optimally maintained using conventional industrial chillers, others require the use of alternative equipment like dry coolers.

    Both thermoregulatory tools achieve a similar effect, but their mechanisms operate differently. This article will highlight the differences between a dry cooler vs. chiller and help you decide which is best for your cooling needs.

    What Is a Dry Cooler?

    dry cooler vs. chiller

    A dry cooler is a cooling device that uses air to achieve process temperature regulation. The cooling done by a dry cooler is based on the principles of sensible

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  10. Temperature Control of Wastewater During Water Treatment Process

    Temperature Control of Wastewater during Water Treatment Process

    temperature control of wastewater

    Wastewater is an unavoidable by-product of most manufacturing processes. Wastewater generated by industrial activities contains chemical, biological and physical contaminants that can be harmful to both plant and animal life within the affected environments (land and aquatic).

    In the US, the environmental protection agency (EPA) regulates the treatment and discharge of wastewater under the Clean Water Act. This requires all industrial operators to adhere to strict treatment protocols. A critical aspect of wastewater treatment is process temperature control.

    This article will consider the reasons why cooling in the wastewater treatment process is necessary and outline different methods for controlling supporting

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