Microbial inhibition.
Zinc oxide contributes activity without needing light. Suitable light can enhance that activity.
HVAC coil treatment
ThermalX
Surface care at the heart of heat exchange.
A treatment for clean, compatible HVAC coils, combining light-independent ZnO activity with light-enhanced surface chemistry and a cobalt-containing heat-dissipation formulation.
THE APPLICATIONCompatible HVAC coils
AT A GLANCEKnow the fit.
Know the fit.
Then make the plan.
- Designed for
- Compatible HVAC coils
- Product role
- Coil surface treatment
- Before application
- Inspect and clean the coil first
- Ongoing care
- Continue scheduled HVAC maintenance
Need application rates, dilution, cure conditions, or safety information? Request the current ThermalX product directions and safety data sheet ↗. The exact surface and current specification govern the application.
UNDERSTAND THE APPLICATIONPractical on the surface.
Practical on the surface.
Considered underneath.
Between service visits, your coils still have work to do.
The everyday version.
ThermalX adds surface care to a properly cleaned coil. Its ZnO component does not need light for microbial inhibition, including in dark equipment spaces. Suitable light adds photocatalytic action; cobalt supports heat dissipation.
One level deeper.
ZnO contributes microbial inhibition without requiring light, and suitable light can enhance its activity. TiO₂ provides light-activated photocatalytic action. Cobalt is included to support heat dissipation. These are different roles within the formulation; surface contact, application, and operating conditions affect the result.
ADVANCED PHOTOCATALYTIC TREATMENTSDay. Night.
Day. Night.
More ways to care.
24/7 SURFACE-CARE DESIGN
Designed for protection in light and dark conditions, with additional photocatalytic action when suitable light reaches the treatment.
Photocatalytic action.
Titanium dioxide uses suitable light to drive reactions at the treated surface.
Heat dissipation.
Cobalt is included in the treatment formulation to support heat dissipation.
Performance and service life depend on the product, surface, preparation, and environment. Continue the recommended care routine.
Explore the science ↗A CLEAR WAY FORWARDPreparation is part
01 02 03
Preparation is part
of the product story.
Inspect
Identify the system, coil materials, existing condition, and manufacturer requirements.
Prepare
Remove the relevant organic or mineral buildup with a compatible cleaning process.
Treat & track
Apply the selected product as directed; document baseline and follow-up operating conditions.
GOOD QUESTIONSKnow what
Know what
comes next.
Does the treatment work when there is no light?
ThermalX is designed for surface care in both light and dark conditions. ZnO contributes microbial inhibition without light. Suitable light can enhance ZnO and activates TiO₂ photocatalysis. The level and duration of performance depend on the formulation, surface, application, and environment.
Can I treat a dirty coil?
Proper cleaning comes first. Deposits left on a coil can limit coverage and performance. The cleaning process must be compatible with the coil and its protective finishes.
Does ThermalX replace scheduled maintenance?
No. Continue inspection, filter changes, cleaning, and manufacturer-recommended service.
How much energy will my building save?
There is no single percentage that applies to every system. Equipment condition, load, weather, controls, preparation, and the measurement method all matter. Establish a baseline before evaluating a project.
Is Cool Flow sprayed onto the coil?
No. Cool Flow is a cooling-water additive. Its system compatibility and dosing requirements must be checked separately from ThermalX.
LET’S MAKE A PLAN
Talk about your projectMake ThermalX part of the right plan.
Tell us what you’re looking after. We’ll help you find the right product and application path.