Nano-Clear® NCIF Coating
Easy-Clean Topcoating
Nano-Clear® NCIF Coating is a one component (1K), humidity cured, densely cross-linked, polyurethane /polyurea / polysiloxane hybrid nano-coating. NCIF is manufactured using proprietary 3D nano-structured polymers producing extreme crosslink density. NCIF has low surface energy to reduce surface cleaning and repel water, ice, dirt and algae.
NCIF is the only industrial coating in the global marketplace to enhance, restore, and extend the service life of freshly coated (newly painted) and oxidized coated (previously painted) surfaces by 10+ years. NCIF will also dramatically improve corrosion, scratch, abrasion, chemical, and UV resistance.
A. Freshly Painted Surfaces
NCIF has been engineered to be applied over “fresh” (uncured*) 2K epoxies and 2K polyurethane, as well as sanded powder coatings, fibreglass/gel coats and anodized aluminum (to prevent filiform corrosion, etc.).
*Note - Fully cured coatings require sanding before the application of NCIF to allow chemical bonding.
B. Previously Painted / Highly Oxidized Surfaces
NCIF is also engineered to be applied over “oxidized” 2K epoxies, 2K polyurethane and powder coatings, as well as fibreglass/gel-coats and anodized aluminum (to prevent filiform corrosion, etc.).
Humidity-cured at ambient temperatures, NCIF quickly bonds, hardens and fortifies 2K epoxy; 2K polyurethane; 2K basecoats, powder coatings, anodized aluminum, and sanded fibreglass.
  • Oil & Gas Pipelines
  • Oil Field Platforms, Pipes and Tubes
  • Chemical, Oil and Gas Storage Tanks
  • Locomotives, Tank & Chemical Railcars
  • Cargo Ships / Ocean Going Vessels
  • Drinking Water Pipelines
  • High & Low Voltage Utility Boxes
  • Epoxy Coated Floors
  • Shipping Containers
  • Generators
  • Bridge Structures
  • Mass Transit Vehicles & Equipment
  • Emergency Response Vehicles & Equipment
  • Agriculture, Construction, & Earth Moving
Equipment
  • Naval and Military Air, Ground & Marine
Equipment
  • Interior and Exterior Concrete / Wood
Architectural Structures
  • Painted & Concrete Building Structures
  • Concrete Warehouse Floors
  • Aircraft and Equipment
  • And much more.
  • Extreme Corrosion Resistance
  • High Scratch, Abrasion & Chipping Resistance
  • Extreme Chemical Resistance
  • High Impact Strength
  • Extreme Weathering & UV Resistance
  • Large Temperature Service Range
  • Low VOC
  • Low Viscosity
The 3D nano-structured, tight-knit, crosslinked mesh of NCIF has low surface energy and repellency:
  • Ice
  • Dirt
  • Graffiti
  • Oil & grease
  • Soot
  • Brake dust
  • Concrete dust
  • Algae
Color and Gloss level
NCIF is designed to restore the gloss and lustre of highly oxidized coated assets.
A matting agent additive, NCIM, is available to decrease the specular gloss of NCI to a controlled “flatness” with no negative effect to its multifunctional properties. NCIM, admixed to NCIF, will dramatically improve its scratch resistance and add an anti-slip function.
Application Equipment
NCIF can be applied using HVLP (high volume low pressure) or Airless paint sprayer equipment. We
highly recommend using a dedicated compressed air supply line with an appropriately sized air filtration system and air dryer for best results.
A. Air Spray Equipment
  • Spray type and brands: HVLP or LVLP (SATA, Devilbiss, Iwata, or Krautzberger)
  • Fluid Tip: 1.3, 1.4 or 1.5 mm
  • Fan pattern: Full
  • Fluid Control: 2.5 turn out
  • Spray Pattern: 50% overlap
  • Inlet Pressure to Spray Gun: 29 to 30 psi / 1.9 to 2.0 Bar
  • Pressure at Spray Gun Tip: 10 psi / 0.7 Bar. NOTE - To meet EPA National Emission. Standards for Hazardous Air Pollutants (NESHAP) standard of 10 psi / 0.7 Bar at the spray tip, we recommend using a tip gauge for calibration which will also help with atomization.
  • Compressed Air Quality: ISO Standard 8573-1:2010 Class 2.2.1
B. Airless Spray Equipment
  • Tip Size: Graco 517 or 617
  • Pump: 30:1 or 40:1
  • Pump Pressure: 800 psi / 55 Bar
Clean spray equipment immediately after use with either Acetone or MEK. NEVER attempt to clean spray equipment with Water or Alcohol.
i. The first wet coat of NCIF will bond, restore and enhance the underlying oxidized basecoat color.
ii. NCIF wet coats 2 and 3 will serve to “Fill & Fortify” the oxidized paint and build a film thickness to the desired
level to meet the optimum designed level of 2.0 mil DFT.
iii. We highly recommend using a WFT gauge (Standard ISO2008-7B, ASTM D4414) to accurately ensure that
the recommended coating film build is achieved.
iv. In the absence of a WFT gauge, overall gloss level can be determined visually after 5 minutes as follows:
High Gloss = Good Film Build
Low Gloss = Low Film Build
(The application of additional coats is recommended to meet NCIF’s optimum DFT level.)
NCIF Over Fresh Base Coat
i. NOTE: Refer to Section 5.2 to determine the “cure” level of the base coat, and take appropriate steps where
required before the application of NCIF.
ii. The first wet coat of NCIF will bond and fill the still open pores of the basecoat.
iii. NCIF wet coats 2 and 3 will serve to “Fill & Fortify” the oxidized base coat and build a film thickness to the
desired level to meet the optimum designed level of 2.0 mil / 50μm DFT.
iv. We highly recommend using a WFT gauge (Standard ISO2008-7B, ASTM D4414) to accurately ensure that
the recommended coating film build is achieved.
v. In the absence of a WFT gauge, the optimum gloss level can be determined visually after 5 minutes as follows:
High Gloss = Good Film Build
Low Gloss = Low Film Build
(The application of an additional coat is recommended.) 
Third party testing under ASTM, SAE, SASO, ISO, JIS, GM standards for coating specifications has proven that the optimum DFT for NCIF is 2.0 mil. These are recognized test standards which cover physical properties such as physical abuse, environmental and chemical resistance, as well as test standards for adhesion, flexibility, cleaning and crosslink density (DTM). NCIF has met and exceeded the results in 42 test standards used for industrial coatings, and has been tested at a crosslink density that remains unchallenged. NCIF has also gained notoriety by meeting and
exceeding 3 additional test standards under military (MIL) specifications for protective coatings. All tests and results were based on a DFT for NCIF at 2.0 mil / 50μm.
Pre-Application Considerations
The proper application of NCIF is very important in order to achieve the desired outlined physical properties. The substrate type (material composition) and its surface preparation are CRITICALLY important prior to the application of NCIF. The application parameters for NCIF are just as, or even more important, than achieving the  desired physical properties. All surfaces to be coated must be clean, free of loose debris, stains, rust, vegetative growth, efflorescence, graffiti, oil, grease, moss, mildew, chalked/oxidized paint, and any other unsound or foreign materials which can inhibit the penetration, chemical bond, adhesion and long-term performance of NCIF.
IMPORTANT: Nano-Clear®
+ Poor Adhesion = Failure Nano-Clear®
+ Excellent Adhesion = 10 Year Service Life
 
Surface Preparation - Glossy and Oxidized Painted Surfaces
Cleanliness
Surfaces to be coated must be completely dry and free of grease, oil, soil, biological contaminants, dust, abrasive materials water soluble salts, chlorides, sulfates, scale, rust and/or other forms of contamination prior to the application of NCIF. Remove water soluble salts, chlorides, sulfates, grease, oil and biologicalcontaminants with an appropriate decontamination agent. Please contact Nanovere or your NCIF representative for further information.
Standards
SSPC – SP 1: Chemical Cleaning. For loose scale, rust and deteriorated coatings, employ SSPC – SP 2/ 31 GP 401*: Hand Tool Cleaning, or SSPC - SP3 / 31 GP 402*: Power Tool Cleaning. Repeat SP1 post employing SP2 / 401 or SP3 / 402. *Canadian Government CGSB
We highly recommend testing for surface cleanliness using standard ISO 8502-9 which is a Field method for the conductive determination of water soluble salts.
NOTE: "Soluble salts have a significant effect on the lifetime, and hence the cost, of coating systems and corrosion protection." 

Surface Preparation - Newly Painted Surfaces
NCIF will bond with fresh new industrial coatings in a wet-on-wet process once the solvent has “flashed off”. NCIF will also bond with coatings that have not fully cured. The period to reach full cure for industrial paints/coatings can span from 7 to 30 days post application. Solvent flash and cure time information is available in the manufacturer’s product data sheet (PDS). Please qualify application and full cure time before applying NCIF.
If full cure has been reached, the coating will require sanding to open up its “pores” for proper chemical bonding to take place with the application of NCIF. It is recommended that 400 grit sanding be implemented followed by solvent cleaning using acetone.
 
Surface Preparation - Special Pre-treatment
New unpainted ferrous and non-ferrous metal surfaces such as stainless steel and aluminum can be coated with NCIF but will require etching followed by the application of Nano-Clear®VV-200, a
Functional Surface Treatment (FST) and Adhesion Promoter (AP). Please review the VV-200 TDS and SDS for complete product information.
Etching can be accomplished with an appropriate etchant agent. Once the etching process is completed, the etched surfaces should be rinsed with a generous amount of distilled or R.O. sourced water and allowed to completely dry before applying Nano- Clear® VV-200 as an adhesion promoter followed by NCIF.
 
Standard SSPC - SP 1: As with any cleaning solution, it is important to review and follow the manufacturer instruction for its use and safe disposal according to local, state/provincial, and federal regulations. These recommended methods for surface preparation and pre-treatment. 
NCIF is engineered to “cure” / “crosslink” in the presence of humidity.
- As a general rule, higher humidity will result in a faster cure time.
- Conversely, low humidity results in a slower cure.
Low humidity has a positive effect on the flow and leveling of NCIF.
NOTE: High humidity outside the design parameters may reduce proper flow and leveling. A suggested method in order to improve flow and leveling is to reduce the wet on wet recoat time to 2 to 3 minutes in place of the normal 5 to 10 minutes recoat time. For large application projects in high humidity regions, NCIF Slow Set (a special order) is available / recommended as an alternative option.
It is also important to apply NCIF in an environment that is as dust-free as possible in order to avoid surface contamination. Application requirements of NCIF include:
  • Appropriate ventilation,
  • Approved respirator,
  • Personal protective equipment / clothing (PPE), and
  • Rubber gloves
Refer to Health & Safety Precautions for further details.

Recommended Film Build
Recommended number of spray coats: Apply a minimum of 2 to 3 wet coats with 5 to 10 minutes between recoats to allow for solvent
evaporation / flash off.
NOTE: Improper flash time can lead to solvent entrapment.
Recommended Wet Film Thickness (WFT): 2.0 mil (50 μm) per wet coat
Recommended Dry Film Thickness (DFT): 1.0 to 2.0 mil (25 μm to 50 μm)
NOTE: 2.0 mil DFT is the optimum service thickness for Nano-Clear®
AVOID applying additional wet coats after 20 minutes have passed since the last wet coat application.
Flow and leveling will be negatively affected past this period of time.
Cure Time

Surface area coverage: 333 ft2 / 31 m2 per gal / 3.8L @ 2.0 mil DFT 
  • Weight one (1) gallon container: 8 lbs. / 3.36 kg
  • Weight five (5) gallon container: 40 lbs. / 18.14 kg
  • Weight fifty-five (55) gallon drum: 440 lbs. / 220 kg
Storage & Shelf Life
  • Storage: Nano-Clear®
  • should be stored at temperatures between 40ºF to 72ºF (4ºC to 22ºC) to ensure
  • shelf life. Higher temperatures will decrease its shelf life.
  • Shelf Life Unopened: Six (6) months from date of manufacture to most OEM material specifications.
  • Shelf Life Opened: Two weeks (14 days). Container must be tightly recapped after dispensing to avoid moisture contamination and solvent evaporation.
  • NOTE: DO NOT leave the container uncapped for extended periods of time. Recap it immediately after dispensing to preserve its shelf life. Discard the contents if the liquid has turned white or has taken on a gelatinous consistency.
10 Year Warranty
Includes full replacement value of Nano-Clear®
Coating products purchased upon failure to perform. Nanovere Technologies, LLC. warrants to the original purchaser of its products that such products to be free of defects in material and manufacturing. Nanovere Technologies, LLC. does not warrant or guarantee the workmanship
performed by a person(s) or firm installing its products.
 
All warranties issued cover products applied by manufacturer’s technical data sheet instructions including (but not limited to) proper surface cleaning / preparation, application temperatures, coating thickness, dry times, cure times and recoat times as applied on a suitable substrate and described in Nano-Clear® product data sheet.
 
This warranty does not cover labor for the application of any Nano-Clear® product or damage caused by the use of this product. These warranties are non-transferable and require original purchase receipts. Nanovere. Technologies, LLC. shall in no event be liable for any incidental, indirect or consequential damages resulting from any reason whatsoever.
NCIF is safe to use and apply when recommended precautions are followed. Before the application of NCIF, readand understand the Safety Data Sheet (SDS), which provides information on health, safe handling, cleanup,environmental hazards, first aid recommendations, and the use of personal protective equipment (PPE). Circulatesufficient fresh air to maintain a working environment below NIOSH PEL and LEL exposure levels. Applyaccording to local, state/provincial, and federal (OSHA) regulations.
 
Classification of the substance or mixture
Flam. Liq. 3 H226 - Flammable liquid and vapor.
Acute Tox. 5 H313 - May be harmful in contact with skin. (Not adopted by US OSHA)
Skin Irrit. 2 H315 - Causes skin irritation.
Eye Irrit. 2 H319 - Causes serious eye irritation.
Skin Sens. 1 H317 - May cause an allergic skin reaction. 

Prevention
P210 - Keep away from heat / sparks / open flames / hot surfaces - No smoking.
P235 - Keep cool.
P240 - Ground / bond container and receiving equipment.
P241 - Use explosion-proof electrical / ventilating / light / equipment.
P242 - Use only non-sparking tools.
P243 - Take precautionary measures against static discharge.
P261 - Avoid breathing dust / fume / gas / mist / vapors / spray.
P264 - Wash thoroughly after handling.
P272 - Contaminated work clothing should not be allowed out of the workplace.
P280 - Wear protective gloves / eye protection / face protection.

Response
P302+352 - IF ON SKIN: Wash with plenty of soap and water.
P303+361+353 - IF ON SKIN (or hair): Remove / Take off immediately all contaminated clothing. Rinse skin with water / shower.
P305+351+338 - IF IN EYES: Rinse cautiously with water for several minutes. Remove contact lenses if present and easy to do - continue rinsing.
P312 - Call a POISON CENTER or doctor / physician if you feel unwell.
P313 - Get medical advice / attention.
P321 - Specific treatment (see information on this label).
P333+313 - If skin irritation or a rash occurs: Get medical advice / attention.
P337+313 - If eye irritation persists: Get medical advice / attention.
P362 - Take off contaminated clothing and wash before reuse.
P363 - Wash contaminated clothing before reuse.
P370+378 - In case of fire: Use extinguishing media listed in section 5 of SDS for extinction.
 
Storage
P403+233 - Store in a well ventilated place. Keep container tightly closed.
 
Disposal
P501 - Dispose of contents / container in accordance with local / national regulations. 
Refer to product TDS and SDS for further information.
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