Easy application can be completed in a few minutes.
UV Resistant
Reduce external thermal radiation such as UV and IR to achieve better signal transmission example in mobile network transmission.
Transparent
The coating does not affect the surface color, and even can apply on glass.
Anti - Contamination
Water and other liquids will not directly contact the surface of the coated material so bacteria and radiation are greatly diminished or eliminated and the surface is easy to decontaminate.
Water Repellent
Water and many other liquids are easily repelled due to hydrophobic surface.
Anti – Dust
When dust, dirt or other molecules accumulate on the coated surface, a light spray of water or a blast of air grabs the dust and removes it.
Anti - Abrasion
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What is NanoHEAT ?
NanoHEAT is an exceptional nanotechnology product that allows the end user to protect both industrial and domestic surfaces with ultra-thin nanoscale layer of molecular coating.
The coating offers resistance to alkalis, acids and solvents and is highly durable, heat tolerant, anti-microbial with non-stick and “easy clean” characteristics.
Accelerate radiating heat loss to protect equipment from overheating. Optimize Equipment Performance and Reduce Power Consumption. Thermal Stability up to 500oC
9H Hardness
Increase the hardness of the original material 1- 2H to achieve exceptional scratch and stain resistance. Pencil Scratch Hardness: 9H
Anti - Icing
Keep coated materials dry, eliminating the formation of ice or, in the case of frost, making the removal of ice easier.
Durable
Provide stability for up to 40,000 hours without external interference.
Anti - Corrosion
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High Heat Insulation
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Product Life - Expanding
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Easy Application
Remove all oil, grease, dust, dirt, and other foreign materials to promote optimum adhesion. Clean smooth surfaces with 99% isopropyl alcohol (IPA) and microfiber cloths or other lint-free cloths.
Spray NanoHEAT on the surface, waiting around 30 seconds, and then, wipe the coated surface with a 3M anti-static cloth. (The best recommendation is to apply by HVLP sprayer with a 1.0mm needle)
The coating will be dried in a few minutes. The coated objective shall be left for 24-48 hours to facilitate chemical bonding.
Cleanup: Clean spray or other application equipment with acetone after using.
After 1/3 Start of Stress test, the fan is not activated, and the environment temperature rises to 41 degree (AirCon is not running)
Stress Test
Before 1/3, 2 sets of AirCon is used to maintain the temperature of the service room, the average temperature is 24 degree.
Stress Test
After 1/17 turn on the intake/outflow fan, the environment temperature maintain at 24.5 degree. (AirCon is not running.)
Equipment Surface Temperature Chart
Surface Test
External surface temperature and not the internal operating temperature of the equipment.
Surface Test
After 01/03, applying a short stress test, the highest surface temperature for both equipment is around 49 and 59 degree Celsius. (A/C and Fan not running) Equipment functions as per normal
Surface Test
Before 1/3 the highest temperature is about 29.5/38.5 degree for each 4G/3G radio unit
Surface Test
After 1/17 the fan is running, the highest temperature is about 32.5/43 degree for each radio unit. (AC is not running, RRU/RRH is stable.)
Shelter In Container
Application of Nano materials
Application of Nano materials can speed heat-dissipation efficiency and enhance equipment operations
Equipment optimization
Installation of high-flow fans and adjustment of air conditioners can lower usage rates of high energy consuming air conditioners and reduce energy use.
Outdoor Machine Room
Equipment optimization
Application of Nano materials reduce heat warnings, extend lifespan of telecommunications equipment, and also decrease human labor and maintenance costs.
Air conditioner optimization
Application of Nano materials can reduce usage rates and extend lifespan of air conditioners, optimizing electricity fees.
Mini Shelter
Temperature lowering
An unfixable air conditioner in the mini shelter caused indoor temperatures to rise to 70o within short periods of time.
Equipment optimization
The high indoor temperatures caused by lack of air conditioning raised the frequency of equipment failure at the site.
Shelter In Seashore
Salt corrosion
Application of our Nano materials helped to slow corrosion of external air conditioners brought on by salt damage.
Equipment efficiency
Application of Nano materials helps to speed heat-dissipation efficiency, enhance operational efficiency, and extend equipment lifespan.
Application of our Nano materials helped to save 126 NTD in electricity fees per month and up to 9,425 NTD in electricity fees per year
AC1 Air Temperature
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AC2 Air Temperature
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Environment Temperature
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Passed anti-corrosion test
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No signs of corrosion
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Reduces AC usage rates
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