Metallic High Flow Self-Leveling 100% Solids Epoxy (3 Gallon Kit)
Metallic High Flow Self-Leveling 100% Solids Epoxy (3 Gallon Kit)
Metallic Self-Leveling 100% Solids Epoxy Coating
This premium two-component, 100% solids epoxy coating is designed to create a smooth, durable, and professional-grade floor finish. Its low-viscosity, self-leveling formula provides excellent flow characteristics and outstanding bubble release, making installation easier while producing a seamless, high-build surface.
Engineered for both decorative and industrial flooring applications, this versatile epoxy can be applied at a variety of thicknesses, making it an excellent choice for metallic floors, artistic finishes, showrooms, and heavy-duty coating systems.
Features
- 100% solids, zero-VOC formula
- Self-leveling for a smooth, seamless finish
- Low-viscosity formulation for excellent flow and coverage
- Superior bubble-release properties
- Excellent chemical and stain resistance
- Durable, high-build coating system
- Easy-to-use 2:1 mix ratio by volume
- Suitable for a wide range of decorative and industrial applications
- Meets or exceeds USDA performance criteria
Recommended Coverage
- Apply between 30–200 square feet per gallon depending on the desired film thickness and application requirements.
Ideal Applications
- Metallic epoxy flooring systems
- Decorative and artistic floor coatings
- High-build epoxy flooring systems
- Commercial showrooms
- Retail spaces
- Residential garage floors
- Warehouses and industrial facilities
- Manufacturing areas
- Commercial and residential interior concrete floors
Benefits
This self-leveling epoxy coating creates a durable, attractive surface that resists chemicals, wear, and everyday abuse. Its exceptional flow characteristics help minimize application imperfections while producing a smooth, professional finish that enhances the appearance and longevity of concrete floors.
Important Mixing & Installation Information
|
Installation Detail |
Product Information |
|---|---|
|
Mix Ratio |
2 parts Part A to 1 part Part B by volume |
|
Mixing Time |
Mix for 3–4 minutes using a slow-speed drill and suitable mixing paddle |
|
Maximum Batch Size |
Mix no more than 3 gallons at one time |
|
Working Time |
Approximately 30 minutes at 75°F after the material has been spread |
|
Typical Metallic Coverage |
Approximately 65 sq. ft. per gallon |
|
3-Gallon Kit Coverage |
Approximately 195–200 sq. ft. when applied at 65 sq. ft. per gallon |
|
High-Build Clear Coverage |
As low as approximately 30 sq. ft. per gallon |
|
Solid-Color Coverage |
Approximately 100–200 sq. ft. per gallon |
|
Metallic Pigment |
Use compatible metallic pigment according to the pigment instructions; one pigment container is typically used per 3-gallon kit |
|
Concrete Preparation |
Diamond grind or shot blast to produce a clean, porous and uniform surface comparable to approximately 60-grit sandpaper |
|
Primer Requirement |
Apply over a compatible 100% solids epoxy or moisture-control primer; a similarly colored background coat is recommended for metallic installations |
|
Concrete Cure Time |
Concrete must be cured for at least 28 days |
|
Application Temperature |
55°F–90°F |
|
Concrete Relative Humidity |
Below 80% when tested according to ASTM F2170 |
|
Direct-Application Moisture Limit |
Moisture vapor emission should not exceed 4.5 lb./1,000 sq. ft./24 hr. without an appropriate moisture-control system |
|
Recoat Window |
Recoat after the surface is dry to the touch and within 24 hours |
|
Exterior Use |
Intended for interior use unless protected with a compatible pigmented, UV-resistant coating |
Important: Disperse the metallic pigment completely into Part A before adding Part B. After mixing Parts A and B, immediately pour the material onto the prepared floor and begin spreading. Do not leave mixed epoxy in the container because heat buildup can rapidly shorten its working time.
Coverage, working time, cure time and finished appearance are approximate and will vary with temperature, humidity, film thickness, pigment selection, primer color, application technique and jobsite conditions. Prepare a representative sample before installation and review the current Technical Data Sheet and Safety Data Sheets before use.