Thermal-XR Corrosion Protection for HVAC Systems

HVAC Breakthrough

By reducing energy consumption in HVAC systems 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.

THERMAL-XR Restore Benefits

Water based and easy onsite application with minimal equipment
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

TECHNOLOGY PARTNER

THERMAL-XR and OzKem have formulated THERMAL-XR Restore coating. OzKem specialise in the maintenance and protection of HVAC and Refrigeration heat exchange systems. Over the last 15 years OzKem has built a network of global customers who rely on our expertise in formulating niche coatings for specific harsh environments of HVAC and Refrigeration.

TECHNICAL SUPPORT

This is the corner stone of THERMAL-XR business philosophy. This involves helping customers not only with their specific issues related to corrosion and energy efficiency but also more broadly with their air conditioning management.

RESIDENTIAL APPLICATIONS

The THERMAL-XR process can also deliver huge energy savings to residential households. The process can be used on outdoor residential units to deliver thermal conductivity and ultimately reduced power consumption. An aerosol THERMAL-XR Restore is planned for small systems in the near future.

HVAC Efficiency

Heating, ventilation and air conditioning (HVAC) is essential in most settings to ensure a pleasant, comfortable and safe work environment. In commercial buildings around the world, 70 percent of energy usage and 63 % of greenhouse gas emissions are estimated to be contributable to heating, cooling and ventilation. HVAC typically accounts for 40-50 percent of the total energy bill for businesses and commercial buildings. Any inefficiency in your air conditioning system will be shown by higher than expected electricity bills and continuous breakdowns.

Corrosion of your unit is only a matter of time.

With corrosion comes a slow but inevitable loss of heat exchange efficiency which ultimately wastes electricity and costs money. The outdoor condenser / air cooled chiller unit is highly susceptible to corrosion. Once corrosion has started the lost efficiency is difficult to recover. If the corrosion is significant the coil will obviously be replaced at a huge cost. THERMAL-XR Restore allows for a corroded coil to be protected with a conductive coating and have its heat exchange efficiency restored permanently.

TXR-RESTORE

The coating gives equal or better corrosion protection than past technologies and has the added benefit of being THERMALLY CONDUCTIVE, safe to use and environmentally friendly. In the past corrosion protective coatings have been highly toxic, flammable, solvent based formulations, which are dangerous to handle and store. THERMAL-XR Restore coating is a water based high quality acrylic specially designed for coating HVAC condenser coils.

4 STEP PROCESS

THERMAL-XR Prep

STEP 1: Clean and de-rust the heat exchange surface with TERMAL-XR Prep.

THERMAL-XR Activate

STEP 2: Soak the heat exchange surface with THERMAL-XR Activate for 5 minutes and then rinse off and allow to dry.

THERMAL-XR Restore

STEP 3: Using an airless spray gun or an air assisted spray gun apply 3 even coats of THERMAL-XR Restore to the coil surface as per instructions.

THERMAL-XR Maintain

STEP 4: Maintain the coating and capacity with regular cleaning and application of
THERMAL-XR Maintain.

Thermal-XR Restore’s Operating Efficiency in Damaged HVAC Systems

Gains in system efficiency are one of the most effective and economical means of addressing rising volatile energy costs globally.

Corrosion over time deteriorates the heat exchange surface – system efficiency continues to deteriorate over the life of the condenser coil.

THERMAL-XR Restore coating stops corrosion by creating a thin shield protecting the metal surfaces from continued deterioration.

THERMAL-XR and OzKem Pty Ltd formulated THERMAL-XR Restore. OzKem specialise in the maintenance and protection of HVAC and Refrigeration heat exchange systems. Over the last 15 years OzKem has built a network of global customers who rely on our expertise in formulating niche coatings for specific harsh environments of HVAC and Refrigeration.

THERMAL-XR Restore. The coating gives equal or better corrosion protection than past technologies and has the added benefit of being THERMALLY CONDUCTIVE, safe to use and environmentally friendly. In the past corrosion protective coatings have been highly toxic, flammable, solvent based formulations, which are dangerous to handle and store. THERMAL-XR Restore coating is a water based high quality acrylic specially designed for coating HVAC condenser coils.

Support and Training: This is the corner stone of THERMAL-XR business philosophy. This involves helping customers not only with their specific issues related to corrosion and energy efficiency but also more broadly with their air conditioning management.

In the past corrosion protective coatings have been highly toxic, flammable, solvent based formulations, which are dangerous to handle and store. OzKem has developed a water based direct to metal corrosion protection coatings, DTM, which gives equal or better corrosion protection than past technologies while being safe to use and environmentally friendly.

THERMAL-XR is building a network of quality distributors and local applicators around the world to service the residential and commercial HVAC and Refrigeration Market.

THERMAL-XR
Unit 2/481-483 Victoria Street
Wetherill Park, 2164 NSW Australia
info@thermal-xr.com
+61 2 9756 1781