TAD Aircon has secured patented filter designs that position them at the forefront of clean air innovation. Their solutions are engineered to:
Enhance indoor air filtration by eliminating airborne particles as small as 0.3 microns, even within existing systems.
Improve overall air quality by targeting and neutralizing CO, aerosols, and VOCs such as benzene, ethylene glycol, and formaldehyde.
Introduce clean, oxygen-rich outdoor air at low energy costs, ensuring both health and efficiency.
This collaboration combines TAD’s patented technology with our integration expertise, enabling us to deliver more intelligent, efficient, and sustainable environmental solutions for our clients.
In today's world, where air quality directly influences health, comfort, and operational efficiency, relying solely on conventional ventilation is no longer adequate—especially in high-density spaces such as hospitals, malls, auditoriums, and educational institutions. These environments often suffer from inadequate air circulation and present an elevated risk of airborne transmission of diseases, allergens, and pollutants.
Our integrated air quality ecosystem—comprising intelligent sensors, patented filters, advanced bipolar ionization systems, and fresh air intake modules—redefines how indoor environments are managed. Unlike traditional setups, our solutions do more than circulate air—they monitor, purify, and adapt in real time.
With seamless integration into building management systems (BMS) and HVAC infrastructure, these technologies offer actionable insights and automated responses. CO₂ spikes? Our systems inject fresh filtered air.
VOCs detected? Ionization neutralizes them instantly.
Pathogens present? Air sterilization is activated—proactively, not reactively.
This shift from passive ventilation to intelligent air governance ensures measurable improvements in energy performance, regulatory compliance, and occupant well-being.
Backed by patented technology and purpose-built for modern infrastructure, these solutions elevate your building from functional to future-forward.
