Hospital or Hygenic air conditioner in Shiraz

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Hospital or Hygenic air conditioner in Shiraz

Hospital or Hygenic (Hygienic Air Handling Unit - AHU)

Hygienic Air Handling Unit - AHU is a special type of air conditioner designed and manufactured by the most strict standards for ultra -sensitive environments such as hospitals, operating rooms, laboratories, pharmaceuticals, and clean rooms. The main purpose of these air conditioners is to provide the highest level of cleanliness, precise temperature and humidity control, and prevent the transmission of contaminants and pathogens


in therapeutic environments and hospitals, air quality directly affects patients' health, medical staff and even test results. The polluted air can lead to: Increased hospital infections (nosocomial infections) Delay in the recovery of patients The spread of diseases and microorganisms Damage to sensitive medical and laboratory equipment Reduce the focus and efficiency of therapeutic personnel Therefore, a hospital air conditioner plays a vital role in creating a safe, sterile and comfortable environment.

Important Sections in Shiraz Hospital Airlines

Mixing Box: Where fresh air and return air (if any) are mixed. Filtering section: Includes several filter stages (pre -filter, bag, HEPA/Olpa, active carbon). Cooling Coil: For cooling and moisturizing air. Heating Coil: To warm the air. Supply Fan: To flow the air into the spaces. Exhaust Fan (if needed): To discharge contaminated air from the environment. Humidifier (Optional): To increase air humidity. Derine tray: Distilled water for collection and discharge. Damper: To control the volume of inlet and outlet air.

Hospital or Hygenic Blonding Fan

Hospital Airlines of Fan Fan have special features that distinguish them from ordinary air conditioners: Multi -stage filtration with high efficiency: Pre-Filter: To remove larger particles and protect future filters. Bag Filter: To remove medium particles (with M5 to F9 efficiency). HEPA Filter: The most important filter in the hospital air conditioner. This filter is capable of removing 99.97% of the 0.3 microns of particles (including bacteria, viruses and very small suspended particles). This filter is usually in the final stage of the filtration. Sex and body structure: Smooth and non -corner interior surfaces: To prevent the accumulation of particles, dust, fungal and bacterial growth, and ease of cleaning. Stainless steel steel or aluminum is usually used with hygiene coatings. Resistance to disinfectants: The materials used in the internal structure of the air conditioner must be resistant to chemicals and disinfectants. Full sealing: The air conditioner should be completely airborne to prevent contaminated air from entering the outside or leakage of refined air. High quality sealing strips are used. Visiting Doors with Health Lock: For easy access to service and maintenance, but with a locking mechanism and strong sealing. Fan System: High efficiency fans and easy cleaning capability: Fans are usually Plug Fan with EC (Electronically Commutated) engines that are non -straps and money, minimizing particles and pollution production. Lack of money, straps and bearings in the air flow path: To prevent production of particles caused by abrasion and reduce the risk of contamination. Careful control of temperature and humidity: Careful temperature control (with less tolerance than conventional air conditioners) to create patients' comfort conditions and prevent the growth of pathogens (which grow in specific temperature and humidity). Precision moisture and humidity: In hospitals, the level of humidity is very important. Very low humidity can cause dryness of the respiratory tract and increase sensitivity to infection, while high humidity can exacerbate the growth of fungi and bacteria. Hygenic air conditioners are equipped with advanced moisture control systems. Positive and Negative Pressure (Positive/Negative Pressure Control): In different parts of the hospital, the need for air pressure control is different. Positive Pressure: In operating rooms, ICUs, and isolated rooms with poor immune system, the air pressure in the room is slightly greater than the hallway to prevent infection from entering the outside. Negative pressure: In the isolated rooms of infectious patients (eg TB or Corona patients), the air pressure is slightly lower than that of the hallway to prevent pollutants from leaving and transmitting the disease out of the room. Hospital air conditioners are able to accurately regulate these pressures.

For more information and free advice Contact experts Kulak Fan Company

Email: kooolakfan@gmail.com

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09121865671

09124598284

  • Hospital or Hygenic (Hygienic Air Handling Unit - AHU)

  • Important Sections in Shiraz Hospital Airlines

  • Hospital or Hygenic Blonding Fan