We Are Trustly manufacturer of high-quality Chilled water cooling coils in Jaipur, catering to the diverse needs of the industrial, commercial, and residential sectors. With a commitment to excellence and a team of skilled professionals, we have established ourselves as a trusted name in the region for delivering superior cooling solutions.
we specialize in the manufacturing of Direct Expansion Cooling Coil , which are essential components in various air conditioning and refrigeration systems. Our chilled water coils are designed to efficiently transfer heat from the air to the chilled water, ensuring optimal cooling performance and energy efficiency. These coils are widely used in commercial buildings, hospitals, data centers, and other large-scale applications where precise temperature control is crucial.
Evaporator coils are crucial components in air conditioning and refrigeration systems, responsible for absorbing heat from the surrounding air and cooling the desired space. At Shreeji Coil Co., we offer a wide selection of evaporator coils that are meticulously designed and manufactured to meet the highest industry standards. Our evaporator coils are known for their exceptional heat transfer capabilities, ensuring efficient cooling and energy savings.
In addition to cooling coils, we also specialize in the Supplier of heat coil exchangers in Jaipur. These coils are used in various industrial processes and HVAC systems to transfer heat between two or more fluids without mixing them. Our heat coil exchangers are engineered to provide efficient heat transfer, ensuring optimal performance and energy savings in applications such as process heating, cooling, and heat recovery.
Shreeji coil co. is Leading Supplier & Exporter in Evaporator coil in Jaipur.An evaporator coil is the component of your heat pump or air conditioner that absorbs the heat and moisture from the air inside your house. It works alongside the condenser coil to produce cool air and complete the heat exchange cycle. Evaporator coils are typically made of copper or steel — two metals that conduct heat well. As the refrigerant runs through the evaporator coil, the coil absorbs the heat the refrigerant is carrying. The absorbed heat then moves on from the evaporator coil and throughout the rest of the air conditioner until it’s released outside the home via the condenser coils. As more and more heat is absorbed and released, cool, refreshing air is dispersed throughout your home. Most AC evaporator coils should last between 10 and 15 years, as long as maintenance is regularly performed.
Your evaporator coil is a major part of your AC unit because it absorbs heat from inside your home. It then works with other parts of your air conditioner to cool your home by transferring all that heat outside.That means if your evaporator coil is broken, your home won’t get as cool as you want it. Understanding how an evaporator coil works and what you can do to maintain it will play a big role in saving you the heartache of a broken air conditioner in the summer.
Direct expansion cooling coils come in various configurations to suit different applications and system requirements. Some common types include:
We are considered among the best in business and is world’s leading Direct Expansion Cooling Coil,Chilled Water Cooling Coil Manufacturer, Supplier and Exporter in Jaipur . We are one of the leading brand for manufacturing, supplying and exporting a qualitative range of direct enlargement In order to maintain comfortable and hygienic indoor environments, cooling coils—a crucial part of air conditioning systems—cool and dehumidify indoor air. For efficient HVAC system design, installation, and maintenance in commercial, industrial, and residential settings, it is crucial to comprehend the types, applications, structure, function, and variables affecting these coils' performance and efficiency. HVAC specialists can guarantee optimal performance, energy efficiency, and occupant comfort in a variety of building environments by taking these considerations into account and putting best practices in coil selection, installation, and maintenance into practice.
| Usage / Application | AHU | |
| Coating | Polished | |
| Fin Material | Aluminium | |
| Tube Material | Copper | |
| Tube Diameter | 5/8 Inch | |
| Casing Material | Galvanized Steel | |
| Country of Origin | Made in India | |
| Brand | Shreeji Coil Co | |
|
Air Cooled | |
| Thickness Of Tube | 0.6 mm. | |
| Fins spacing | 12 FPI | |
| Size | Customize size available |
One of the top suppliers & exporters of Coil Heat Exchanger in Jaipur .A coil heat exchanger is a kind of heat exchanger in which heat is transferred by a fluid passing through a network of coils or tubes. The fluid that passes over or around the coils can be either a liquid or a gas, and it can also transfer heat to or absorb heat from another fluid. Coil heat exchangers find widespread usage in a variety of applications, including industrial heating and cooling systems, refrigeration, chemical processing, and HVAC systems.
Coil heat exchangers compact design, which enables effective heat transmission in a very small space, is one of their main advantages. Additionally, they are adaptable and may be set up in many ways to meet different needs. Coil heat exchangers are useful for a variety of applications because they can tolerate high temperatures and pressures and generally have strong heat transfer efficiency.
Reliable Manufacture,Supplier of air cooled condenser coil, DX cooling coil, evaporator coil in Jaipur . The reality is air-cooled condenser coils are self-contained and do not require complicated piping systems or additional water sources is one of their main benefits. Because of its intrinsic simplicity, the system is more reliable and requires less money for installation and maintenance. Moreover, air-cooled condenser coils provide more flexibility in the layout and construction of the system, enabling a more effective use of available space and resources.
The surroundings, system capacity, and refrigerant type are some of the aspects that air-cooled condenser coils need to take into consideration. Achieving required performance levels while reducing energy consumption and operating costs requires proper sizing and design. Innovation in the field is also being driven by developments in coil design and materials, with an emphasis on enhancing environmental sustainability, durability, and efficiency.
We are engaged in offering a huge range of Chilled water Cooling Coil in Jaipur .A use part of industrial cooling systems and air conditioning systems is the chilled water cooling coil. Its main purpose is to circulate cold water through a web of coils to remove heat from the air or process fluid. By facilitating the heat transfer from the air or fluid to the chilled water, this procedure efficiently lowers the ambient temperature.
Coil heat exchangers' compact design, which enables effective heat transmission in a very small space, is one of their main advantages. Additionally, they are adaptable and may be set up in many ways to meet different needs. Coil heat exchangers are useful for a variety of applications because they can tolerate high temperatures and pressures and generally have strong heat transfer efficiency.
With the goal to enhance the surface area for heat exchange, evaporator coils are usually built of copper or aluminum tube with aluminum fins added. In air conditioning systems, they are kept in the air handling unit (AHU) or in refrigeration systems, in the refrigeration unit. The temperature and flow rate of refrigerant are two important variables that impact evaporator coil performance. In order to guarantee effective heat transfer and avoid problems like frost or ice formation on the coil surface, proper refrigerant charge and balance are crucial. Furthermore, sufficient airflow across the evaporator coil is essential for the best possible heat exchange efficiency.
Evaporator coil, a component essential to refrigeration and air conditioning systems, takes heat from the surrounding fluid or air to provide cooling. The action of the refrigerant changing phases from a liquid to a vapor form and absorbing heat is a vital aspect of the refrigeration cycle.
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