Space cooling

  • Creation of cooling chambers under high hygienic conditions;
  • Cooling of cooling chambers to plus temperature regimes ( up to 0 °C);
  • Cooling of cooling chambers to minus temperature regimes;
  • Air humidity control and atmosphere control in chambers;
  • Cooling with direct evaporation of refrigerant (freon or ammonia);
  • Cooling with submersible evaporators (ammonia); 
  • Cooling with secondary refrigerants (glycol or water);
  • Advanced systems for control and remote surveillance of the cooled space area.