APPLICATION:
Our insulator coating exhibits excellent vertical hangability and dry times will be influenced by humidity and temperature conditions. There is not a maximum or upper limitations to this product. Product can be applied in successive coats to achieve insulation ability. Cure times will vary based on humidity and atmospheric conditions.
Application Temperature: 40 F (4 C) Minimum 120 F (49 C) Maximum (surface, ambient, material) Ensure surface temperature is at least 5 F (3 C) above the dew point prior to employing coatings. A maximum relative humidity of 70% must be respected.
Application Equipment:
AIRLESS SPRAY
Minimum Pressure 3000psi Minimum 2.5 GPM operating equipment Tip Sizes: .041” or larger Remove all filters. May reduce product with water not to exceed 5% by mass.
AIR ASSISTED
Graco GTX 2000 or larger
AIRLESS SPRAY
Texturizer models Minimum 3.0 GPM operating equipment Graco STX Air Asst Spray Gun Hose 1” Diameter up to 50 feet
NanoTech Materials Cool Touch Coat
NanoTech Materials Cool Touch is a high-performance, elastic, polymeric coating formulated with NanoTech’s patented additive used to provide high reflectance and high emissivity values as well as its low thermal conductivity constant. Our coating is an insulator that is optimized for use in areas with persistent condensation, and areas where high temperature asset’s surface need to be lowered to ambient conditions. With the triple properties acting as a high temperature thermal barrier, this product is highly efficient. Our insulator coating can eliminate or reduce condensation to the substrate’s surface while protecting the asset from CUI.
DESCRIPTION:
Color Finish Solids by Volume Recommended Film Thickness Theoretical Coverage Rates VOCs Features
Primer
Topcoat Storage Temperature
Mixing Instructions White, Various Flat 75% 50-200 mils (1-6 mm) WFT 40-200 mils (1-5 mm) DFT 150 ft per 5 gal @ 40 mils DFT Recommended DFT - No Loss Factor Non-reportable VOCs Water Based; Faster Cure Times; Eliminates Corrosion Under Insulation; Eliminate Condensation; Extremely Low Thermal Conductivity; High Emissivity and Reflectance; Excellent Vertical Hangability No primer needed over non-ferrous materials. Primer required over carbon steel substrates to prevent corrosion. Bonds to generic coatings such as epoxies, alkyds, acrylics and zinc rich primers. Consult NanoTech Materials Tech Service 40 F (5 C) Minimum 100 F (38 C) Maximum Do not subject the product to freezing conditions. Agitate well using a helicoidal paddle at high rpm prior to use for at least 10 minutes.
TECHNICAL DATA
NanoTech Materials Cool Touch Coat
Clean equipment with water thoroughly before and after each use. For spills and spatters, immediately clean with warm water or a surfactant. Follow local and federal laws on proper disposal.
CLEANING:
`Remove all the filters. May reduce product with water not to exceed 5% by mass
HANDHELD HOPPER
A handheld texture spray gravity feed hopper can be used on diameter pipes 4 inches in diameter and smaller. BRUSH A synthetic bristle brush may be used to apply coatings. May reduce product with water not to exceed 5% by mass. ROLLER 3/8” nap woven roller
NanoTech Materials Cool Roof Coat
Component Shelf Life Solids by Weight Weight per 5 gallon Weight per drum Single (One) 12 Months 65% 26 lbs. (11.79 kg.) 277 lbs. (125.65 kg.)
Formulated to use with primers on carbon steel surfaces or self-priming on non-ferrous substrates (Stainless Steel, Aluminum, etc.)
RECOMMENDED USES:
Surface Preparation: Ensure surface temperature is at least 5 F (3 C) above the dew point prior employing cleaning methods.
Ferrous: Surface should be dry and free from any foreign matter. Utilize AMPP surface preparation standards in accordance with NACE 1-3 (SSPC SP-5, 6 or 10) and immediately prime surfaces to protect against corrosion.
Non-Ferrous: The coating is self-priming and can be applied directly to the surface. Ensure the surface is clean, dry and free from any foreign matter.
SURFACE PREPARATION & TEMPERATURE:
Corrosion Weathering/Neutral Salt Spray ISO 9227:2017
ISO 4628 & ISO 12944-6:2018
Rating 0; No blistering; rusting, cracking or flaking.
| Dry Heat Resistance | ASTM D2794 | 302 F (150 C) |
| Moisture Condensation Resistance | ISO 6270-1:2017 |
ISO 4628
Rating 0; No blistering; rusting, cracking or flaking.
Personal Protection NACE TM21423-2020 Minimum 40 mils DFT
PERFORMANCE CHARACTERISTICS:
NanoTech Materials Cool Roof Coat
| Minimum | Maximum | |
| Wet Mils (Microns) | 25 (635) | 250 (6350) |
| Dry Mils (Microns) | 20 (508) | 200 (5080) |
Coverage Sq ft/gal (m /L)
6 (0.147) 60 (1.47)
RECOMMENDED SPREADING RATES:
Temperature To Touch To Handle To Recoat* To Topcoat To Cure*
121 F (50 C)
20 min 4 hours 45 min 1 day 1 day
100 F (38 C)
30 min 6 hours 1.5 hours 2 days 2 days
77 F (25 C)
45 min 8 hours 5 hours 2 days 2 days
40 F (4 C)
4 hours 24 hours 10 hours 3 days 4 days
DRYING/CURING/RECOAT SCHEDULE:
*Curing schedule is based on 50 mils WFT @ 50% Relative Humidity applied in a single (per) coat. Recoat times provided based on overcoating with itself.
© 2024 by Nanotech. Manufactured in the USA
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Last Updated: August 2024