Air Washers are highly efficient evaporative cooling systems designed to supply fresh, cool, and clean air for industrial and commercial environments. They improve indoor air quality while maintaining comfortable working conditions with low energy consumption. At Air Movement & Control System Pvt. Ltd., we design and manufacture customized Air Washers that deliver reliable cooling, effective ventilation, and long-lasting performance for factories, warehouses, workshops, and large commercial spaces.
Single Stage Air Washers provide efficient evaporative cooling by passing fresh air through high-quality cooling pads. They are an economical solution for maintaining comfortable temperatures in industrial and commercial spaces where moderate cooling is required.
Double Stage Air Washers combine two cooling stages to achieve lower supply air temperatures and improved cooling efficiency. These systems are suitable for facilities requiring enhanced performance and better indoor comfort.
Every project has unique airflow and cooling requirements. We design and manufacture customized Air Washer systems based on airflow capacity, plant layout, operational requirements, and industry standards to ensure maximum efficiency and reliable performance.
Air Washers are ideal for applications requiring consistent cooling and ventilation with low utility overheads:
Equipped with high-performance cooling pads for maximum heat transfer.
Delivers continuous outdoor air circulation while flushing out stale air.
Draws significantly less electricity than compressor-based cooling systems.
Rigid structures built to handle challenging industrial environment loads.
Coated and protected structure prevents rusting from continuous moisture contact.
Flute-designed cellulose cooling pads ensure optimal water absorption.
Acoustically optimized fan systems ensure a quieter workspace environment.
Designed with maintenance access for quick cleaning of pads and basin.
High-quality raw materials ensure a reliable long-term operations run.
Built precisely to fit physical constraints and performance criteria.