Cooling redefined

Welcome to Mist-U-AC

REVOLUTIONARY AC SYSTEM

 1. The Problem with Regular Air Conditioners

Conventional AC units work by cooling and dehumidifying the air — they pull warm, humid air over cold coils, condensing and draining out the moisture. While this helps prevent mold and humidity damage, it also removes too much moisture, especially in small or enclosed spaces.

 Health and Comfort Problems Caused by Over-Dehumidification

 

 

1. Dry Mouth and Throat Irritation

   • The lack of humidity dries the mucous membranes in your nose, mouth, and throat.

   • This can cause a sore throat, cracked lips, and even snoring or sleep discomfort at night.

2. Respiratory Irritation

   • Dry air reduces the body’s natural defense against dust and airborne particles.

   • This can aggravate asthma, allergies, or sinusitis.

3. • The air pulls moisture from your skin and eyes, leading to itchiness, irritation, or flaking skin.

   • Contact lens wearers often feel increased eye dryness and discomfort.

     Skin and Eye Dryness

4. • Very dry air increases static discharge and allows dust particles to circulate more easily.

   • This leads to an uncomfortable and unhealthy indoor environment.

     Static Electricity & Dust

5. • Prolonged exposure to dry air can cause mild dehydration, headaches, and fatigue, especially during sleep.

     Dehydration and Fatigue

 

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 2. The MisUac Solution: Misting Technology

 

A misting wall AC unit like MisUac integrates fine-mist humidification directly into the cooling process.

 How It Works

• The unit includes ultrasonic or micro-nozzle misting jets that release a super-fine water vapor (micron-level droplets).

• These droplets evaporate instantly in the cold air stream, adding controlled humidity back into the room.

• The system uses sensors to monitor temperature and humidity, automatically balancing both for optimal comfort.

• The mist never causes wetness — it’s vaporized before reaching the air outlet.

 

 

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3. Benefits of Built-In Mist Control
 Comfortable Cooling Without Dryness

Maintains ideal indoor humidity (between 40–55%), preventing the air from feeling harsh or “stale.”

 Healthier Breathing

Humidified air soothes the respiratory system and helps maintain natural moisture in the lungs and sinuses.

 Hydrated Skin & Better Sleep

The skin remains soft, hydrated, and less prone to irritation. Users often report improved sleep quality because the air feels more natural.

 Fresher Indoor Atmosphere

Moist, ionized misted air feels “cleaner,” reducing dust accumulation and static. It’s similar to fresh outdoor mountain air.

 Energy Efficiency

The micro-mist enhances heat exchange efficiency, allowing the AC to cool faster with less power.

The air “feels cooler” at slightly higher temperatures, reducing energy costs by 10–20%.

 Environmentally Friendly

Because it maintains comfort with less energy and lower refrigerant load, it contributes to eco-friendly cooling.

 

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 4. Construction and Materials

 Outer Unit (Casing)

• Made of high-grade ABS or polycarbonate composite plastic — strong, lightweight, and resistant to UV and corrosion.

• Noise-dampened design with internal insulation for quiet operation.

 Cooling System

• Uses copper or aluminum coils with R32 or R410A eco-refrigerant gas.

• Equipped with variable-speed inverter compressors for energy-efficient performance.

Mist Generation Module

1. Water Reservoir or Line Connection:

   A small built-in water tank or a direct water line feeds purified or filtered water into the misting chamber.

2. Ultrasonic Atomizer or Micro-Nozzle Pump:

   Converts water into ultra-fine droplets using high-frequency vibration or high-pressure spray.

3. Smart Sensors:

   Monitors humidity, temperature, and mist levels to maintain balance automatically.

4. Anti-Bacterial Coating:

   Ensures hygienic operation — the mist module includes anti-microbial filters to prevent mold or bacteria.

 Control System

• Operated via remote control or mobile app, allowing users to set mist intensity, humidity target, and cooling mode.

• Built-in LED display or touch panel for intuitive use.

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 5. Manufacturing Process (Simplified Overview)

1. Design and Prototyping

   Engineers develop the AC casing and internal misting assembly using CAD and fluid-dynamics simulation.

2. • Heat-resistant polymers for casing

   • Copper tubing for heat exchangers

   • Medical-grade stainless steel or ceramic nozzles for mist outlets

     Material Selection

3. Assembly Line Production

   Automated machines install coils, compressors, mist modules, and sensors in a sealed environment.

4. Quality Testing

   Each unit undergoes:

   • Leak test

   • Mist uniformity test

   • Airflow and noise test

   • Safety and electrical checks

5. Packaging and Calibration

   Units are vacuum-tested, filled with refrigerant, and calibrated to optimal humidity-temperature balance.

air conditioning wall units with built-in controlled misting nozzles, designed to provide ultimate comfort and efficiency. Explore our online shop and experience the future of cooling.