Product Introduction:
Integrated air source heat pump/The integral dryer is a semi closed drying equipment that integrates heat source, drying, waste heat recovery, and dehumidification. The equipment forms a closed cycle system with the drying room, and the return air is dehumidified while the waste heat is recovered. Each time the hot air enters the drying room, it is the drying air, avoiding the impact of circulating moisture on the material's moisture regain. Transforming the unit design into intelligent control can achieve control over temperature, humidity, air volume, and time. Different drying modes can be set for different materials, which has the advantages of fast drying speed, high output, and low operating costs.
& nbsp; & nbsp;& nbsp;◆ Made entirely of stainless steel body, from sheet metal to screws, carefully crafted for wind and rainfifteenThe year remains unchanged, the longer you use it, the more you save money.
& nbsp; & nbsp;& nbsp;All titanium heat exchange fins greatly improve the efficiency of condensation and evaporation heat transfer, adapt to various end environments, and significantly extend the service life.
& nbsp; & nbsp;& nbsp;◆ Fully enclosed stainless steel electrical control box that is waterproof, moisture-proof, and shockproof, protecting the drying brain-Core control chips and components.
& nbsp; & nbsp;& nbsp;◆ Adopting American valley wheel heat pump compressor to ensure operation in high-temperature drying environment.
& nbsp; & nbsp;& nbsp;Air energy application products that use both a fully stainless steel body structure and titanium heat exchange fins simultaneously.
The working principle of energy-saving is as follows:
The refrigerant is pressurized by the compressor and becomes a high-temperature and high-pressure gas. It enters the condenser, condenses, liquefies, and releases heat, becoming a liquid. At the same time, it heats up the air in the drying room, thereby achieving the goal of improving the drying room. The moisture in the material is vaporized and evaporated through hot air, and the evaporated water vapor is discharged by the dehumidification system to achieve the purpose of drying the material. The dehumidification system has a heat recovery device, and the recovered heat is used to heat the fresh air, which can save 70% of the fresh air preheating energy consumption.