Products
- Thin (Coatings)
Polyflex 107
Two (2) component polyurethane-
Polyaspartic Topcoat -
Polyaspartic TechnologyEnvironments
- UV Stable
Key Features
- Two-component system
- Low VOC
- Fast curing
Curing Mechanism
- Cures quickly, usually within hours, through a chemical reaction between two components
Substrates
-
Concrete -
Ferrous Metal
Polyflex 103
Two (2) component polyurethane-
Polyaspartic Topcoat
-
Polyaspartic Technology
Environments
- UV Stable
Key Features
- Two-component system
- Low VOC
- Fast curing
Curing Mechanism
- Cures quickly, usually within hours, through a chemical reaction between two components
Substrates
-
Concrete
-
Ferrous Metal
Polyflex 112 Rapid Thane
Two (2) component polyurethane-
Polyaspartic Topcoat
-
Polyaspartic Technology
Environments
- UV Stable
Key Features
- Two-component system
- Low VOC
- Fast curing
Curing Mechanism
- Cures quickly, usually within hours, through a chemical reaction between two components
Substrates
-
Aluminum -
Concrete
-
Ferrous Metal
Polyflex 204
Two (2) component polyurethane-
Polyurethane Conventional Application
-
Polyurea coating
Environments
- Extreme conditions, including very low temperatures (down to -40°F)
Key Features
- Two-component system
- Low VOC
- Anti-corrosion protection
- High flexibility (from 30 to 900% elongation)
- 100% Solids
- Seamless membrane
Curing Mechanism
- Rapid curing (3-15 seconds) through a chemical reaction between two components
Substrates
-
Concrete
-
Ferrous Metal
-
Foam -
Geotextile Fabric
Polyflex 111 PU Primer
Two (2) component polyurethane-
Polyurethane Conventional Application
-
Polyurea coating
Environments
- Extreme conditions, including very low temperatures (down to -40°F)
Key Features
- Two-component system
- Low VOC
- Anti-corrosion protection
- High flexibility (from 30 to 900% elongation)
- 100% Solids
- Seamless membrane
Curing Mechanism
- Rapid curing (3-15 seconds) through a chemical reaction between two components
Substrates
-
Concrete
-
Ferrous Metal
-
Wood
Polyflex 59 Potable Water (PW)
Single component polyurethane-
Polyurethane Conventional Application
-
Polyurea coating
Environments
- Extreme conditions, including very low temperatures (down to -40°F)
Key Features
- Two-component system
- Low VOC
- Anti-corrosion protection
- High flexibility (from 30 to 900% elongation)
- 100% Solids
- Seamless membrane
Curing Mechanism
- Rapid curing (3-15 seconds) through a chemical reaction between two components
Substrates
-
Concrete
-
Ferrous Metal
-
Wood
Polyflex 57
Single component polyurethane-
Polyurethane Conventional Application
-
Polyurea coating
Environments
- Extreme conditions, including very low temperatures (down to -40°F)
Key Features
- Two-component system
- Low VOC
- Anti-corrosion protection
- High flexibility (from 30 to 900% elongation)
- 100% Solids
- Seamless membrane
Curing Mechanism
- Rapid curing (3-15 seconds) through a chemical reaction between two components
Substrates
-
Concrete
-
Ferrous Metal
-
Wood
Polyflex 56
Single component polyurethane-
Polyurethane Conventional Application
-
Polyurea coating
Environments
- Extreme conditions, including very low temperatures (down to -40°F)
Key Features
- Two-component system
- Low VOC
- Anti-corrosion protection
- High flexibility (from 30 to 900% elongation)
- 100% Solids
- Seamless membrane
Curing Mechanism
- Rapid curing (3-15 seconds) through a chemical reaction between two components
Substrates
-
Concrete
-
Ferrous Metal
-
Wood
Polyflex 55
Single component polyurethane-
Polyurethane Conventional Application
-
Polyurea coating
Environments
- Extreme conditions, including very low temperatures (down to -40°F)
Key Features
- Two-component system
- Low VOC
- Anti-corrosion protection
- High flexibility (from 30 to 900% elongation)
- 100% Solids
- Seamless membrane
Curing Mechanism
- Rapid curing (3-15 seconds) through a chemical reaction between two components
Substrates
-
Concrete
-
Ferrous Metal
-
Wood
Polyflex 54
Single component polyurethane-
Polyurethane Conventional Application
-
Polyurea coating
Environments
- Extreme conditions, including very low temperatures (down to -40°F)
Key Features
- Two-component system
- Low VOC
- Anti-corrosion protection
- High flexibility (from 30 to 900% elongation)
- 100% Solids
- Seamless membrane
Curing Mechanism
- Rapid curing (3-15 seconds) through a chemical reaction between two components
Substrates
-
Concrete
-
Ferrous Metal
-
Wood
Polyflex 53
Single component polyurethane-
Polyurethane Conventional Application
-
Polyurea coating
Environments
- Extreme conditions, including very low temperatures (down to -40°F)
Key Features
- Two-component system
- Low VOC
- Anti-corrosion protection
- High flexibility (from 30 to 900% elongation)
- 100% Solids
- Seamless membrane
Curing Mechanism
- Rapid curing (3-15 seconds) through a chemical reaction between two components
Substrates
-
Concrete
-
Ferrous Metal
-
Wood
Polyflex 511 Tack Coat
Single component asphalt emulsion-
Specialty
-
Asphaltic membrane
Substrates
-
Concrete
-
Ferrous Metal
Polyflex 411 Shear Coat
Two (2) component polyurea-
Polyurea Plural Application
-
Polyurea coating
Environments
- Extreme conditions, including very low temperatures (down to -40°F)
Key Features
- Two-component system
- Low VOC
- Anti-corrosion protection
- High flexibility (from 30 to 900% elongation)
- 100% Solids
- Seamless membrane
Curing Mechanism
- Rapid curing (3-15 seconds) through a chemical reaction between two components
Substrates
-
Concrete
-
Ferrous Metal
Polyflex 207 Slow Set
Two (2) component polyurea-
Polyurea Plural Application
-
Polyurea coating
Environments
- Extreme conditions, including very low temperatures (down to -40°F)
Key Features
- Two-component system
- Low VOC
- Anti-corrosion protection
- High flexibility (from 30 to 900% elongation)
- 100% Solids
- Seamless membrane
Curing Mechanism
- Rapid curing (3-15 seconds) through a chemical reaction between two components
Substrates
-
Concrete
-
Ferrous Metal
Polyflex 401 Polar Serve
Two (2) component polyurea-
Polyurea Plural Application
-
Polyurea coating
Environments
- Extreme conditions, including very low temperatures (down to -40°F)
Key Features
- Two-component system
- Low VOC
- Anti-corrosion protection
- High flexibility (from 30 to 900% elongation)
- 100% Solids
- Seamless membrane
Curing Mechanism
- Rapid curing (3-15 seconds) through a chemical reaction between two components
Substrates
-
Concrete
-
Ferrous Metal
Polyflex 311
Two (2) component polyurea-
Polyurea Plural Application
-
Polyurea coating
Environments
- Extreme conditions, including very low temperatures (down to -40°F)
Key Features
- Two-component system
- Low VOC
- Anti-corrosion protection
- High flexibility (from 30 to 900% elongation)
- 100% Solids
- Seamless membrane
Curing Mechanism
- Rapid curing (3-15 seconds) through a chemical reaction between two components
Substrates
-
Concrete
-
Ferrous Metal
Polyflex 311 FR
Two (2) component polyurea-
Polyurea Plural Application
-
Polyurea coating
Environments
- Extreme conditions, including very low temperatures (down to -40°F)
Key Features
- Two-component system
- Low VOC
- Anti-corrosion protection
- High flexibility (from 30 to 900% elongation)
- 100% Solids
- Seamless membrane
Curing Mechanism
- Rapid curing (3-15 seconds) through a chemical reaction between two components
Substrates
-
Concrete
-
Ferrous Metal
Polyflex 311 GL
Two (2) component polyurea-
Polyurea Plural Application
-
Polyurea coating
Environments
- Extreme conditions, including very low temperatures (down to -40°F)
Key Features
- Two-component system
- Low VOC
- Anti-corrosion protection
- High flexibility (from 30 to 900% elongation)
- 100% Solids
- Seamless membrane
Curing Mechanism
- Rapid curing (3-15 seconds) through a chemical reaction between two components
Substrates
-
Concrete
-
Ferrous Metal
Polyflex 304
Two (2) component polyurea-
Polyurea Plural Application
-
Polyurea coating
Environments
- Extreme conditions, including very low temperatures (down to -40°F)
Key Features
- Two-component system
- Low VOC
- Anti-corrosion protection
- High flexibility (from 30 to 900% elongation)
- 100% Solids
- Seamless membrane
Curing Mechanism
- Rapid curing (3-15 seconds) through a chemical reaction between two components
Substrates
-
Concrete
-
Ferrous Metal
Polyflex 301
Two (2) component polyurea-
Polyurea Plural Application
-
Polyurea coating
Environments
- Extreme conditions, including very low temperatures (down to -40°F)
Key Features
- Two-component system
- Low VOC
- Anti-corrosion protection
- High flexibility (from 30 to 900% elongation)
- 100% Solids
- Seamless membrane
Curing Mechanism
- Rapid curing (3-15 seconds) through a chemical reaction between two components
Substrates
-
Concrete
-
Galvanized Metal -
Iron
Polyflex 202 High Chem
Two (2) component polyurea-
Polyurea Plural Application
-
Polyurea coating
Environments
- Extreme conditions, including very low temperatures (down to -40°F)
Key Features
- Two-component system
- Low VOC
- Anti-corrosion protection
- High flexibility (from 30 to 900% elongation)
- 100% Solids
- Seamless membrane
Curing Mechanism
- Rapid curing (3-15 seconds) through a chemical reaction between two components
Substrates
-
Ferrous Metal
-
Galvanized Metal
Polyflex 201 PW
Two (2) component polyurea-
Polyurea Plural Application
-
Polyurea coating
Environments
- Extreme conditions, including very low temperatures (down to -40°F)
Key Features
- Two-component system
- Low VOC
- Anti-corrosion protection
- High flexibility (from 30 to 900% elongation)
- 100% Solids
- Seamless membrane
Curing Mechanism
- Rapid curing (3-15 seconds) through a chemical reaction between two components
Substrates
-
Concrete
-
Ferrous Metal
-
Wood
-
Geotextile Fabric
MC-Bedliner
Single component moisture cured urethane-
Specialty
-
Moisture Cure Urethane (MCU)
Environments
- High humidity
- No dew-point restrictions
- All seasons
Key Features
- Single-component
- Excellent corrosion resistance
- Low VOC
- Fast curing
- High durability
Curing Mechanism
- Cures with atmospheric moisture
-
<2.5lb/gal (300gr/l)
Substrates
-
Concrete
-
Ferrous Metal
-
Fiberglass reinforced plastic -
Galvanized Metal
-
Iron
-
Non-Ferrous Metal
MC-Glow 100
Single component moisture cured urethane-
Topcoat
-
Moisture Cure Urethane (MCU)
Environments
- High humidity
- No dew-point restrictions
- All seasons
Key Features
- Single-component
- Excellent corrosion resistance
- Low VOC
- Fast curing
- High durability
Curing Mechanism
- Cures with atmospheric moisture
-
< 0.8 lb/gal (100g/l)
Substrates
-
Concrete
-
Ferrous Metal
-
Fiberglass reinforced plastic
-
Galvanized Metal
-
Iron
-
Non-Ferrous Metal
MC-Thinner 100
Solvent thinner; reducer-
Specialty
-
Solvent
MC-Thinner
Solvent thinner; reducer-
Specialty
-
Solvent
MC-PURQuik
MCU additive-
Specialty
-
Accelerator
-
< 0.00lb/gal (0.0gr/l (100g/l)
MC-TruGrip 100
Single component moisture cure urethane-
Specialty
-
Moisture Cure Urethane (MCU)
Environments
- High humidity
- No dew-point restrictions
- All seasons
Key Features
- Single-component
- Excellent corrosion resistance
- Low VOC
- Fast curing
- High durability
Curing Mechanism
- Cures with atmospheric moisture
-
< 0.8 lb/gal (100g/l)
Substrates
-
Ferrous Metal
-
Galvanized Metal
MC-Metallizing Sealer 100
Single component moisture cure urethane-
Specialty
-
Moisture Cure Urethane (MCU)
Environments
- High humidity
- No dew-point restrictions
- All seasons
Key Features
- Single-component
- Excellent corrosion resistance
- Low VOC
- Fast curing
- High durability
Curing Mechanism
- Cures with atmospheric moisture
-
< 0.8 lb/gal (100g/l)
Substrates
-
Ferrous Metal
MC-ECO TR 100
Single component moisture cure urethane-
Specialty
-
Moisture Cure Urethane (MCU)
Environments
- High humidity
- No dew-point restrictions
- All seasons
Key Features
- Single-component
- Excellent corrosion resistance
- Low VOC
- Fast curing
- High durability
Curing Mechanism
- Cures with atmospheric moisture
-
< 0.8 lb/gal (100g/l)
Substrates
-
Ferrous Metal
-
Galvanized Metal
MC-Anti Graffiti 100
Single component moisture cure urethane-
Topcoat
-
Moisture Cure Urethane (MCU)
Environments
- High humidity
- No dew-point restrictions
- All seasons
Key Features
- Single-component
- Excellent corrosion resistance
- Low VOC
- Fast curing
- High durability
Curing Mechanism
- Cures with atmospheric moisture
-
< 0.8 lb/gal (100g/l)
Substrates
-
Ferrous Metal
-
Galvanized Metal
MC-Clear 100
Single component moisture cure urethane-
Topcoat
-
Moisture Cure Urethane (MCU)
Environments
- High humidity
- No dew-point restrictions
- All seasons
Key Features
- Single-component
- Excellent corrosion resistance
- Low VOC
- Fast curing
- High durability
Curing Mechanism
- Cures with atmospheric moisture
-
< 0.8 lb/gal (100g/l)
Substrates
-
Ferrous Metal
-
Galvanized Metal
MC-Shieldcoat 100
Single component moisture cure urethane-
Topcoat
-
Moisture Cure Urethane (MCU)
Environments
- High humidity
- No dew-point restrictions
- All seasons
Key Features
- Single-component
- Excellent corrosion resistance
- Low VOC
- Fast curing
- High durability
Curing Mechanism
- Cures with atmospheric moisture
-
< 0.8 lb/gal (100g/l)
Substrates
-
Ferrous Metal
-
Galvanized Metal
MC-Ferrox A 100
Single component moisture cure urethane-
Topcoat
-
Moisture Cure Urethane (MCU)
Environments
- High humidity
- No dew-point restrictions
- All seasons
Key Features
- Single-component
- Excellent corrosion resistance
- Low VOC
- Fast curing
- High durability
Curing Mechanism
- Cures with atmospheric moisture
-
< 0.8 lb/gal (100g/l)
Substrates
-
Concrete
-
Galvanized Metal
MC-Luster 100
Single component moisture cure urethane-
Topcoat
-
Moisture Cure Urethane (MCU)
Environments
- High humidity
- No dew-point restrictions
- All seasons
Key Features
- Single-component
- Excellent corrosion resistance
- Low VOC
- Fast curing
- High durability
Curing Mechanism
- Cures with atmospheric moisture
-
< 0.8 lb/gal (100g/l)
Substrates
-
Concrete
-
Galvanized Metal
MC-Ferrox B 100
Single component moisture cure urethane-
Intermediate
-
Moisture Cure Urethane (MCU)
Environments
- High humidity
- No dew-point restrictions
- All seasons
Key Features
- Single-component
- Excellent corrosion resistance
- Low VOC
- Fast curing
- High durability
Curing Mechanism
- Cures with atmospheric moisture
-
< 0.8 lb/gal (100g/l)
Substrates
-
Ferrous Metal
-
Galvanized Metal
-
Iron
MC-Miomastic 100
Single component moisture cure urethane-
Intermediate
-
Moisture Cure Urethane (MCU)
Environments
- High humidity
- No dew-point restrictions
- All seasons
Key Features
- Single-component
- Excellent corrosion resistance
- Low VOC
- Fast curing
- High durability
Curing Mechanism
- Cures with atmospheric moisture
-
< 0.8 lb/gal (100g/l)
Substrates
-
Ferrous Metal
-
Galvanized Metal
-
Iron
MC-Prepbond 100
Single component moisture cure urethane-
Primer
-
Moisture Cure Urethane (MCU)
Environments
- High humidity
- No dew-point restrictions
- All seasons
Key Features
- Single-component
- Excellent corrosion resistance
- Low VOC
- Fast curing
- High durability
Curing Mechanism
- Cures with atmospheric moisture
-
< 0.8 lb/gal (100g/l)
Substrates
-
Ferrous Metal
-
Galvanized Metal
MC-Universal 100
Single component moisture cure urethane-
Primer
-
Moisture Cure Urethane (MCU)
Environments
- High humidity
- No dew-point restrictions
- All seasons
Key Features
- Single-component
- Excellent corrosion resistance
- Low VOC
- Fast curing
- High durability
Curing Mechanism
- Cures with atmospheric moisture
-
< 0.8 lb/gal (100g/l)
Substrates
-
Concrete
-
Ferrous Metal
-
Fiberglass reinforced plastic
-
Galvanized Metal
-
Iron
-
Non-Ferrous Metal
MC-Miozinc 100
Single component moisture cure urethane-
Primer
-
Moisture Cure Urethane (MCU)
Environments
- High humidity
- No dew-point restrictions
- All seasons
Key Features
- Single-component
- Excellent corrosion resistance
- Low VOC
- Fast curing
- High durability
Curing Mechanism
- Cures with atmospheric moisture
-
< 0.8 lb/gal (100g/l)
Substrates
-
Ferrous Metal
-
Galvanized Metal
-
Iron
MC-Zinc 100
Single component moisture cure urethane-
Primer
-
Moisture Cure Urethane (MCU)
Environments
- High humidity
- No dew-point restrictions
- All seasons
Key Features
- Single-component
- Excellent corrosion resistance
- Low VOC
- Fast curing
- High durability
Curing Mechanism
- Cures with atmospheric moisture
-
< 0.8 lb/gal (100g/l)
Substrates
-
Ferrous Metal
-
Galvanized Metal
-
Non-Ferrous Metal
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System Requirements
Type of Coating
Thin Coatings
Type of Substrate
Galvanized Metal; Iron; Plastic
Existing Coating
Full removal
Features
Waterproofing
Application Features
Low VOC
Certifications
VOC Complaint
UV Stability
Aromatic
Product Results
MC-Miozinc 100; MC-Miozinc 100; MC-Miozinc 100; MC-Miozinc 100; MC-Miozinc 100
Project Information
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