SN-NanoFloor • High-Gloss Self-Smoothing Resin (1mm)

SN-NanoFloor

SN-NanoFloor is a high-gloss self-smoothing resin floor finish generally applied at 1mm for seamless, durable and refined floor finishes.

Quick note: The TDS content below is updated to match the SN-NanoFloor PDF.
Email
info@snchemicalltd.com
Website
www.snchemicalltd.com
SN-NanoFloor
Technical Data Sheet

SN-NanoFloor — Full Technical Details

High-gloss self-smoothing resin floor finish generally applied at 1mm.
Download Official PDF
Product Description What it is

SN-NanoFloor is a high-gloss self-smoothing resin floor finish generally applied at 1mm.

Uses Where to use

SN-NanoFloor is formulated specifically for dry process areas where the floor is subjected to foot, trolley, pallet truck and/or rubber-wheeled forklift traffic.

  • Laboratories
  • Clean room environments
  • Warehousing / storage areas
  • Pharmaceutical, electronic, aerospace, automotive and printing plants
Benefits Performance
  • Attractive, enhances working environment
  • Hygienic – easy to clean
  • Non-tainting, non-dusting
  • Hard wearing floor finish
  • Abrasion resistant
  • High chemical resistance grade available
  • Wide range of colour
  • Solvent free, low odour
Standard Color Chart Options
Ivory1014
Yellow1037
Red3002
Sky Blue5015
Ocean Blue5024
Light Grey7047
Mid Grey7045
Pastel Green6019
Traffic Green6024
Color matching: Available with sufficient lead time and minimum order requirement.
Substrate Compatibility

SN-NanoFloor is suitable for application over concrete, wood, tile or metal. Not recommended on asphalt or painted surface.

Substrate Requirements Before you start
  • Substrate must be sound, dry and free from laitance, dust, oil, grease and curing compounds.
  • Concrete should achieve adequate compressive strength and be properly cured.
  • Moisture content must be within acceptable limits for resin flooring systems.
  • Provide correct slope/drainage where needed; avoid ponding water in service.
Tip: Always perform site trials to verify adhesion and appearance before full-scale application.
System Options Build-ups

Typical system build-ups may include primer + self-smoothing layer + optional seal coat depending on performance needs.

System Typical Thickness Recommended Use
Standard (Primer + NanoFloor) ~1.0 mm Dry areas with foot/trolley traffic
Heavy Duty (Primer + NanoFloor + Seal) 1.0–1.5 mm Higher abrasion resistance, easier cleaning
Chemical Grade (As specified) Project-specific Enhanced chemical resistance requirements
Packaging Supply
  • Available in pre-measured packs for consistent mixing ratio.
  • Pack size depends on selected grade/system (confirm at ordering).
Ordering: Please specify color code and required quantity. Minimum order may apply for custom shades.
Coverage Consumption

Coverage depends on substrate profile, porosity, temperature and application method.

  • Self-smoothing coat (1 mm): typical consumption varies by density and surface profile.
  • Primer: depends on porosity; multiple coats may be needed on very porous concrete.
Best practice: Always allow extra material to account for surface roughness and wastage.
Surface Preparation Bond
  • Mechanically prepare concrete by grinding/shot-blasting to expose sound substrate.
  • Remove weak layers, laitance and surface contaminants completely.
  • Repair holes and cracks using suitable repair mortars/epoxy filler before priming.
  • Vacuum clean thoroughly; dust reduces adhesion.
Priming Base coat

Apply a compatible primer to seal substrate and promote adhesion. Broadcast sand may be used to create a mechanical key where required.

  • Apply evenly; avoid ponding.
  • Do not overwork the primer once it starts to set.
  • Proceed with topping coat within recoat window.
Mixing Ratio
  • Mix full packs only (unless accurate weighing equipment is used).
  • Use a slow-speed drill with suitable paddle.
  • Mix until uniform, scraping sides/bottom to ensure consistency.
  • Avoid air entrapment by keeping paddle submerged.
Pot Life Working time

Pot life varies with temperature and humidity. Higher temperatures reduce working time.

Rule: Mix only what you can apply within the stated pot life and working conditions.
Application How to apply
  • Pour mixed material onto primed surface and spread with notched trowel/squeegee.
  • Roll with spike roller to release trapped air and level the surface.
  • Maintain wet edge to avoid lapping lines.
  • Use spiked shoes where needed.
Important: Do not apply on damp surfaces or where rising moisture is present unless a suitable moisture barrier is specified.
Hardening & Curing After application

Allow system to cure properly before service. Times depend on temperature, ventilation and system build-up.

  • Protect from dust, water and condensation during cure.
  • Avoid heavy traffic until fully cured.
Shelf Life & Storage Keep it safe
  • Store in unopened original packaging in cool, dry conditions.
  • Keep away from direct sunlight and frost.
  • Rotate stock (first in, first out).
Cleaning Up Tools
  • Clean tools immediately after use with suitable cleaner/solvent (as recommended for the system).
  • Cured material can only be removed mechanically.
Important Notes Read this
  • Application must be carried out by trained applicators.
  • Ambient and substrate temperatures must be within recommended range.
  • Do not apply during rain, high humidity or condensation risk (dew point).
  • Always verify compatibility with existing coatings/substrates by trial area.
Caution / HSE Safety
Safety: Use PPE (gloves, goggles, mask). Ensure ventilation. Avoid skin/eye contact. Keep away from children.

Refer to Safety Data Sheet (SDS) for full hazard and handling information.

Physical / Chemical Properties Technical
Property Typical Value Notes
Finish High-gloss Decorative seamless surface
Application thickness ~1 mm System dependent
Odour Low Solvent free / low odour system
Traffic resistance Foot / trolley / forklift (rubber wheels) Dry process areas
Chemical resistance Grade options available Confirm for specific chemicals
Disclaimer: Values are typical and may vary with site conditions and application methods.