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Heat Pump

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A heat pump uses electricity to provide both heating and cooling to a building. These appliances are efficient at transferring heat from one place to another, depending on where it's needed. In the winter, a heat pump provides heating by extracting heat from outside a building and moving it inside.

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Absorption Heat Pump

HEAT PUMP-TYPE

Heat pumps drive heat from a lower temperature to medium superimpose, using high grade energy.

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Thermos heat pumps uses, hot water, exhaust, fuel, geothermal energy or any combination of these

heat sources, to pump heat. Heat pumps solve approximately 25% of heat energy

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Operating Range

  • Capacities: 0.25-40 MW

  • Hot water temperature: Up to 90°C (194°F)

  • High Grade Heat Source Exhaust gas steam, hot water & liquid/gas fets individually or in combination)

  • COP:165-1.75

  • 4-10 box Steam (Pressure)

Electrical/Gas Heat Pump

we are committed to providing you with highly efficient chillers from which you are free to choose according to your needs. Our High temperature Heat Pump offers you a wide range of heating and cooling capacities that can cater to different process needs with varying temperatures it comes with a cooling capacity of 166 kW to 482 KW in which the chilled temperature is at 18°C which is perfect for anodising tank cooling process, and a heating capacity of 250 KW to 722 KW with the hot water temperature of 85 Deg C which is suitable for acid etching, alkali etching pure water washing sealing, and more. Moreover, the aluminium is exposed to high temperatures in order to create an oxide layer on the surface of the metal. This layer helps to protect the aluminium from corrosion and other forms of damage. High- temperature heat pumps are an essential part of this process, and they can help to improve the quality of the final product

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Additionally, our heat pump has an anti-corrosion technology and provides increased efficiency up to 10% or more with high water temperatures up to 90°c Why High-Temperature Heat Pump?

  • Double usage of a machine that can replace a boiler and an anti-corrosion direct cooling chiller.

  • Waste heat recovery, energy-saving, and environmental protection.

  • No direct contact with water and electricity.

  • No leakage, low noise, and less vibration.

  • Stable operation.

  • Save more than 58.8% energy than a natural gas boiler.

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