Industrial processes contribute significantly to global heat energy production. By utilizing high-temperature air source heat pumps, industries can convert waste heat into high-quality process heat and steam. This technology is essential for decarbonized heat supply, fossil fuel substitution, and reducing plant energy costs.

We prioritize Ozone Depletion Potential (ODP) and Global Warming Potential (GWP) indicators. Our systems support multiple refrigerants based on specific performance needs:

Available Options: R410A, R290, R32, and R134A

• Energy Saving: Low-carbon and non-polluting, saving approximately 60% compared to traditional electric heating.
• Intelligent Control: Advanced temperature zone management for convenient operation.
• Dual Functionality: Provides high-temperature heating while offering "free" cold water/air for workshop cooling.
• Automation: High degree of automated operation reduces labor costs for dedicated personnel.
• Flexibility: Suitable for both new installations and energy-saving renovations in various factories.

The system uses electrical energy to drive a compressor, utilizing refrigerant to absorb heat from the air. Through a repeated cycle of phase changes (gas-liquid-gas), it continuously releases heat to the water via a heat exchanger, efficiently raising the temperature for industrial baths or processes.

1Powered by the Carnot cycle principle with high-quality brand compressors and fifth-generation double helix shell and tube heat exchangers.

2Ideal for oxidation, coloring, hole sealing, acid etching, and alkali etching tanks.

3Special refrigerants ensure stable operation under allowable working pressures (e.g., staying below 2.0MPa at 90°C).

4Optimized fluorination system control ensures long-term stability and equipment lifespan.