7. PROMEK Thermal-XR

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Application

Rebuild lost heat exchange capacity damaged from corrosion.
High concentrated thermally active particles that rebuild lost thermally conductive between aluminium collar and copper tube
Highly effective corrosion resistant coating that protects coil from further thermal efficiency losses
Increases life span of the condenser coil
Return on investment is measurable and reproducible for years after application

Thermal-XR-Technical-Sheet Case Study - Berowra Tollgate RFS Report 202003RV01

Thermal-XR Restores Operating Efficiency in Damaged HVAC Systems. Carbon Coating that Restores Thermal Efficiency in HVAC+R. The Thermal-XR process stops corrosion by creating a thin shield protecting the metal surfaces from continued deterioration.

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Specification

PROMEK Thermal-XR Restores Operating Efficiency in Damaged HVAC Systems

Promek Thermal-XR has created a unique and novel way of improving thermal conductivity of corroded heat exchange surfaces. This unique revolutionary process coats and protects damaged heat exchange surfaces while rebuilding the lost corroded thermal conductivity. The result is an improvement in efficiency and a reduction in power consumption.
Corrosion is the No. 1 enemy of your air-cooled HVAC systems most vital parts, the heat exchange coil. Air cooled heat exchange equipment is constantly exposed to harsh atmospheric conditions, airborne dust, dirt and pollution. Such debris accumulates on the heat exchanger coils and starts the corrosion process of the coils from the day the system is installed. This corrosion impairs the thermal dynamic process of the heat exchange unit causing more energy to be used than should be, in some cases 30% more!
Water based acrylic resin impregnated with thermally conductive particles applied by high pressure spray gun. The coating shall be UV resistant, have a DFT of no more than 15 microns, flexible and highly resistant to aggressive environments. The adhesion level will meet Cross Hatch Test Level 0 (European) and 5B (USA) according to ASTM 3359-8853151 method B-A. Corrosion resistance will be confirmed by testing of no less than 10,000 hrs salt spray resistance per ASTM B117 using aluminum test panels.
Applications for TXR-RESTORE: New and already installed air cooled condenser coils.
Application Method: Following THERMAL-XR procedures using TXR-PREP and TXR-ACTIVE to prepare the coil surface. Spray using compressed air and HVLP spray gun. TXR-RESTORE needs to be mixed well before application. Brush and roll applications are not recommended.

The Thermal-XR product range includes