Air Conditioning System Coating

Bringing energy saving, emission reduction, decarbonization and sustainable solutions to air conditioning systems

Air Conditioning System Coating – ChillCoat

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  • Is a water-based high-quality unique coating specially designed for coating HVAC condenser coils by increasing the heat transfer and improving the thermal efficiency of HVAC-R equipment.

  • Coat a condenser coil with ChillCoat and maintain efficiency of coil after coating. All other corrosion protection coating result in thermal performance losses after coating.

  • ChillCoat 適用於應用於風冷式熱交換設備,即空調和製冷的鋁片和銅盤管上。



Chill Coat 1

Product Features

  • Energy Savings & Carbon Emission Reductions.
  • Highly Effective Corrosion Protection.
  • Restores Operating & Thermal Efficiency.
  • Extends Equipment Life Span and Defers Capital Investment.
  • Optimises Compressor Operation by Reducing Stop/Start Cycles.
  • Easy Onsite Application with Minimal Equipment.
  • Less System Downtime for Application.
  • Return on Investment (ROI) is Measurable after Application.

Climate Change In Hong Kong

  • Air-Conditioning system consumed the most energy in commercial building (around 30%).
  • Energy demand has more than tripled in the last thirty years and will experience exponential growth into the future.
  • Heating Ventilation Air Conditioning Refrigeration (HVAC-R) technology is racing to find solutions for efficiency and emissions in parallel with governments’ push to implement more stringent standards to reduce CO2 emissions and sustainability.
  • Hong Kong pledged to achieve carbon neutrality before 2050.
  • Reducing Hong Kong’s carbon emissions by 50 percent before 2035 compared to 2005 levels.
  • Businesses seek innovative energy-saving alternatives.

Corrosion – the number one enemy of air conditioning systems

  • Corrosion is a great hazard to HVAC-R equipment and reduce seriously on the heat exchange capability (Energy Efficiency Rating) and underperforming system components.
  • Condenser coil is generally untreated and lose efficiency from the initial installation.
  • Poor performing equipment, installation and design can also lead to efficiency loss.

Corrosion Impact

  • Reduce HVAC Efficiency.
  • Reduce Equipment Life Span.
  • Raise Carbon Emission.
  • Raise Energy Used & Cost Spent.
  • Maintenance Cost increase.
  • Reduce System Reliability.
  • Reduce Human Comfort Levels.
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