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Commercial & Industrial Scalding Hot Water
High Temperature
Heat Pumps
Delivering scalding 85°C hot water for demanding industrial and commercial applications. Engineered with advanced EEV technology and intelligent defrosting for 24/7 reliability.
Industrial Sizing Calculator
Select your commercial requirement to estimate the minimum required 85°C heat pump capacity.
Recommended Model
HT/SSHP-110
*This is a starting estimate. Contact our industrial engineers for precise thermal mapping.
Request Official QuoteSuperior Engineering
High Safety. Extreme Stability.
The absolute best solution for commercial projects requiring sterilization-grade hot water, including hospitals, hotels, and heavy industrial processing.
Advanced EEV Technology
Utilizes an Electronic Expansion Valve (EEV) to achieve incredibly accurate, stable, and highly efficient refrigerant throttling.
Hydrophilic Blue Fin-Coil
The outdoor fin-coil heat exchanger features a hydrophilic coating. The optional Blue Fin offers maximum anti-rust protection for coastal and seaside installations.
Compressor Preheat Protection
Intelligently preheats the heavy-duty scroll compressor to ensure safe, damage-free startups during freezing winter mornings.
Smart Automatic Defrosting
Innovative bottom hot-piping technology melts frost rapidly, allowing the heat pump to maintain massive heating capacity without halting operation.
Shell-In-Tube Heat Exchanger
Highly efficient heat transfer engineered explicitly to handle massive volumes of water at extreme 80-85°C temperatures.
R134a Industrial Refrigerant
Uses environmentally friendly R134a refrigerant, perfectly optimized for extracting ambient heat and multiplying it to extreme industrial temperatures.
How It Works
Generating 85°C Water.
By using advanced scroll compressors and R134a refrigerant, we can extract free ambient heat and multiply it to extreme industrial temperatures safely.
1
Extract
High-velocity fans pull ambient air across the Hydrophilic Blue Fin-Coil, where the R134a refrigerant absorbs the free thermal energy.
2
Compress
The heavy-duty scroll compressor violently pressurizes the gas, spiking its temperature to extreme levels required for industrial heating.
3
Transfer
The super-heated gas runs through the Shell-in-Tube heat exchanger, instantly transferring its 85°C heat into the circulating water.
4
Regulate
The Advanced EEV (Electronic Expansion Valve) accurately throttles the cooled refrigerant back to the evaporator to maintain flawless stability.
The Lineup
High Temperature Models.
Select your massive heating capacity requirement below to view detailed specifications.
R134a Tech
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85°C Industrial Heating
HT/SSHP-110 - 11 kW
Output: 11 kW
· 210 L/hr
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85°C Industrial Heating
HT/SSHP-270 - 27 kW
Output: 27 kW
· 496 L/hr
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85°C Industrial Heating
HT/SSHP-530 - 54 kW
Output: 54 kW
· 1013 L/hr
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85°C Industrial Heating
HT/SSHP-750 - 76 kW
Output: 76 kW
· 1433 L/hr
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Deep Dive
High-Temp Deep Dive
Frequently asked questions regarding industrial 85°C heating, EEV throttling, and system stability.
Standard heat pumps reach about 55°C to 60°C. High-Temperature systems are specifically required for commercial applications like hospital sterilization, textile mills, dairy/food processing, and large hotel laundries where scalding hot water is legally or operationally required.
EEV stands for Electronic Expansion Valve. It digitally controls the flow of refrigerant with pinpoint accuracy. This ensures the system remains completely stable and highly efficient even when pushing water temperatures to the extreme 85°C limit.
No. The outdoor evaporator coils feature a Hydrophilic Blue Fin coating. This specialized anti-rust treatment makes it highly resilient to salty, corrosive coastal air.
Yes. The system is equipped with Compressor Preheated Protection and Smart Automatic Defrosting. The bottom hot-piping technology clears frost instantly, allowing it to perform flawlessly even in sub-zero winters.
Our High-Temp commercial range starts at the HT/SSHP-110 (11 kW) producing 210 Liters/hour, scaling all the way up to the massive HT/SSHP-750 (76 kW) which produces over 1,430 Liters of 85°C water every single hour.
