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NSP Specialty Products 122 Industrial Floor Coating

NSP 122 Industrial Floor Coating is a two-component, high performance, self-leveling epoxy floor coating. This 100% solids formulation provides excellent protection for areas exposed to the harsh effects of abrasive traffic, impact and chemical exposure. With proper application, NSP 122 effectively restores and protects new and old concrete floors leaving a smooth durable finish that is easy to maintain. Full cure in twelve hours makes NSP 122 the ideal choice for maintenance projects on a fast track.

Product Type: 2K (2 component) Coating, Solventless & High Solids Coating

Features: Abrasion Resistant, Chemical Resistant, Durable, Good Adhesion, High Gloss, High Performance, Impact Resistance, Moisture Resistant, Self-Leveling, Self-extinguishing Characteristics

Application Method: Brush, Roller, Spray

Technical Data Sheet
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Knowde Enhanced TDS

Identification & Functionality

Type

Modified Epoxy Resin/Proprietary Blend Amine Adduct Hardener.

Features & Benefits

Product Features
  • Moisture Tolerant- 12 hour Full Cure
  • Offers less downtime than most generic coatings
  • Glass filled for enhanced toughness
  • Tenacious adhesion on properly prepared surfaces
  • Tile like high gloss finish easy to clean
  • Self-leveling, easy application with squeegee and roller
  • Environmentally sound
  • Available in a variety of standard colors

Applications & Uses

Application Method
Intended Uses
  • New construction or concrete restoration projects – Commercial Garage Service
  • Manufacturing Areas and Aisles
  • Aircraft Hangers - Clean Rooms – Hospitals – Restaurant Kitchen Floors 
Limitations
  • This product may not cure properly in temperatures below 50 F (10 C) All epoxies will show chalking/yellowing on exterior exposures. Application of epoxy coatings in cool temperatures and high humidity can result in the formation of amine blush.
  • Blush may appear as a milky, white, tacky residue on the surface of the cured coating and must be removed before the application of another coat. Intercoat adhesion problems may occur if blush is not removed.
Surface Preparation & Application

Surface Preparation

Concrete must be properly cured for a minimum of 28 days before application of coating. Surface must be entirely free of oil, grease, dirt, detergent, surface water, laitance, curing compounds, coatings or other contaminants that may interfere with adhesion. The concrete must be abrasive blasted to provide an anchor pattern (similar to 60-80 grit sandpaper min.) for adhesion. Final prepared surface should be clean and rough. Consult SSPC-SP13 – Surface Preparation of Concrete.

Mixing Instructions

  • This is a two-component system. Prior to mixing, components A Resin and B Hardener should be at room temperature (60-75 F/16-24C). Pour Part B Hardener into Part A Resin. Mix for 3 minutes using a Jiffy mixer head and a mechanical drill. To ensure complete mixing, scrape sides and bottom of container and continue mixing for an additional 1 or 2 minutes. Do not mix more material than can be applied within the pot life. DO NOT HAND MIX. Begin application immediately – no induction time required.
  • Mixed Ratio - 2 Parts A (Resin)1 Part B (Hardener) by volume

Application

  • Air and surface temperature should be between 50-90F/10-32C. Do not begin application if air, substrate or material temperature is below 50 F/10C or expected to fall below 50F/10C within 12 hours of application. Do not begin application if dew point is within 5F/3C of the temperature. Variations in temperature can affect pot life properties of this material. Clean up using Acetone or other Ketone Solvent. For concrete surfaces, a primer coat of either NSP 100, 101 and 110 is strongly recommended
  • Recommended Spread Rate - Dependent upon concrete porosity, service environment and desiredaesthetic.

Method of Application: Brush, Phenolic Core Roller, Airless Spray

Properties

Gloss
High
Physical Properties
ValueUnitsTest Method / Conditions
ComponentsTwo--
Volume Solids100.0%-
Maximum Recommended Service Temperature (Dry Air)149.0°C-
Application Temperature10 - 32°C-
Minimum Recoat Time (25°C)6.0hours-
Maximum Recoat Time (25°C)48.0hours-
Minimum Cure Time (Full Service, 25°C)12.0hours-
Theoretical Coverage1604.0sq/ft/gal/mil-
Minimum Recommended Thickness10.0mils-
Tensile Strength5600.0psiASTM D638
Compressive Strength11700.0psiASTM D695
Flexural Strength8900.0psiASTM D790
Adhesion to ConcreteSubstrate Failure-ASTM D4541
Adhesion to Steel (SSPC-SP10)min. 1200psiASTM D4541
Adhesion to Damp Concretemin. 350psiASTM D4541
Tensile Elongation5.0%ASTM D638
Hardness90.0Shore DASTM 2240
Abrasion Resistance (Average Wt. Loss)37.7mgASTM D460, 1000g Load 1000 cycles
Flame SpreadClass A-ASTM E84
FlammabilitySelf Extinguishing-ASTM D635

Regulatory & Compliance

Certifications & Compliance
Approvals
  • Accepted for use by the USDA in Federally Inspected Meat/Poultry Plants
  • Accepted by the Canadian Food Inspection Agency in Registered Establishments

Safety & Health

Warning & Safety
  • For industrial use only – keep away from children.
  • Use only with adequate ventilation and avoid breathing mist or vapors. Prevent contact with skin and eyes with protective clothing/impervious gloves and goggles.
  • Do not take internally. Wash thoroughly after handling

Storage & Handling

Pot Life
30 minutes at 25°C