Discover high-performance air-conditioning solutions
Inverter Technology
CIAT inverter technology delivers precise and energy-efficient climate control by continuously adjusting compressor speed to match real-time cooling or heating demand. Unlike traditional systems that switch on and off, inverter-driven units maintain a stable indoor temperature with reduced energy consumption, quieter operation, and less wear on components.
Wifi Embedded
CIAT Wi-Fi-enabled air-conditioning units offer smart, convenient climate control at your fingertips. With built-in connectivity, users can easily adjust temperature settings, switch modes, and schedule operation remotely via a smartphone or compatible app
R32 Refrigerant Gas
R32 is a modern refrigerant gas used in advanced air-conditioning systems, designed to deliver high performance with improved energy efficiency. It provides superior heat transfer compared to older refrigerants, allowing air-conditioning units to cool spaces faster while using less electricity
Sleep Mode
Sleep Mode on CIAT air-conditioning units is designed to maintain comfort during the night while reducing energy consumption. It gradually adjusts the temperature to match your body’s natural sleep cycle, preventing overcooling and ensuring a more restful sleep.
Triple Filter
The Triple Filter System in CIAT air-conditioning units helps improve indoor air quality by capturing dust, allergens, and airborne particles. It works through multiple filtration layers to deliver cleaner, fresher air while enhancing overall comfort and health in your space
Discover powerful, energy-efficient split units built for superior performance and value
Discover powerful, energy-efficient split air-conditioning units designed to deliver superior performance and long-term value. Engineered for reliability and efficiency, these systems provide fast, effective cooling while helping to reduce energy consumption and operating costs. Ideal for residential applications, they offer the perfect balance of comfort, durability, and affordability.