Product Detail
Our water-based epoxy coating is an extremely tough, decorative industrial-strength floor coating for use on interior concrete and wood floors. This matte floor finish is suitable for use in factories, warehouses, workshops, showrooms - anywhere durability and easy maintenance are important. This two-part epoxy resin is easily mixed and stays workable for two hours; giving you time to coat awkwardly sized areas or brush neat edges.
Features and Benefits of Water Based Epoxy Coat Matte:
- Industrial epoxy floor coating is easy to apply, hard-wearing and long lasting
- Can be used over existing coatings
- Virtually odorless, can be applied in confined areas
- Matte finish can reduce glare or help hide minor imperfections in a worn concrete floor
- Environmentally friendly, virtually zero VOCs
- Water-based epoxy coating is safe for food and beverage industry, once cured
- Suitable for concrete and wood
- Covers approximately 250 sq. ft. per one gallon kit; two coats required
- Ready for traffic in 12 hours
- Water-based epoxy resin is easy to mix and equipment cleans with water after use
- Excellent resistance to oil, solvents and harsh cleaning chemicals
- Approved for use on sand and cement screeds or concrete with under floor heating systems (up to 86°F surface temperature)
Also available in a Gloss Finish and a Rapid version for quicker application.
Specifications
| Usage Interior/Exterior: | Interior |
| Properties: | Extremely tough, workable for two hours, easy to apply, hard-wearing and long lasting, can be used over existing coatings, virtually odorless |
| Primer Required: | Powerfloat Base Coat on power floated floors |
| Suitable for: | Concrete and Wood |
| Coverage: | Approximately 250 sq. ft. per 1 gallon kit |
| Recommended Coats: | 2 |
| Curing Time (Hours): | 12 hours at 60-70°F |
| Pot Life: | 2 hours, less at higher ambient temperatures |
How to Apply
Surface Preparation
The concrete surface must be clean, dry and free of loose material. New concrete should be allowed to cure for 28 days prior to coating. Remove oil, dirt, grease and other chemical contaminants by cleaning with detergent or other suitable cleaner. Rinse thoroughly. Use Cemtetch® Self Etching Cleaner to remove unsound laitance and create a proper surface profile to the concrete. Rinse thoroughly and allow to dry. Note: Concrete floors on grade must be free of moisture transmission from the ground. If there is any doubt about the dryness of the concrete, conduct a test by simply taping a piece of 4 mil plastic sheet 18" by 18" on the bare concrete for 24 hours. Be sure to tape all four sides. After 24 hours, check the concrete for signs of moisture. The concrete will be darker if damp. If moisture is found, allow additional drying time (10-14 days) and repeat test. Persistent moisture transmission will prevent proper performance of the coating. Please contact a Watco Industrial Flooring Expert at (855) 627-6350 for assistance.
Also, check for curing compound or other types of sealers by pouring a small amount of water onto the concrete. If water soaks in, the surface is suitable for coating. If water beads up on the concrete, the surface is not porous and a test application is warranted to ensure proper adhesion will develop. Sanding or mechanical abrading may be required if proper adhesion does not develop. Previously coated floors need to be in good sound condition with proper adhesion to the concrete substrate. Check the adhesion of the previous coating by cutting a small X in the coating using a sharp razor knife, firmly apply a piece of 2" duct tape over the center of the X cut, then pull off with a fast snap. The coating is suitable to topcoat if no significant previous coating is removed beyond the X cut. If the coating fails this test, then additional surface preparation is required. It is recommended previously coated floors be sanded and vacuumed prior to application.
Mixing
Combine the base and activator components. Use a paint paddle or spatula to scrape out and transfer as much of the material as possible. Mix the components thoroughly until an even, uniform color is achieved. If using a power mixer use a paint paddle or spatula to blend in any unmixed material from the sides and bottom of the pail. Do not mix more than one unit at a time. Immediately pour the material into a roller pan and do not delay application. The pot life is 2 hours, less at higher ambient temperatures, and unused material will get hot and may pose a hazard.
Application
Apply in a well ventilated area when the air and surface temperatures are between 60-90°F. Use a good quality lint free 3/8" nap roller with a phenolic core. A brush may be used for cutting in along walls. Do not exceed the maximum published coverage rate per coat. Some colors may darken slightly as it cures and it should not be over rolled. Two coats on most surfaces will produce a tough, mid gloss finish. Surfaces of higher than normal porosity may require further coats.
Coverage
Coverage will vary with the porosity and the degree of surface profile of the concrete. For the purpose of estimating coverage, assume 250 sq. ft. per one gallon kit.
Data Sheet
Our water-based epoxy coating is an extremely tough, decorative industrial-strength floor coating for use on interior concrete and wood floors. This matte floor finish is suitable for use in factories, warehouses, workshops, showrooms - anywhere durability and easy maintenance are important. This two-part epoxy resin is easily mixed and stays workable for two hours; giving you time to coat awkwardly sized areas or brush neat edges.
Features and Benefits of Water Based Epoxy Coat Matte:
- Industrial epoxy floor coating is easy to apply, hard-wearing and long lasting
- Can be used over existing coatings
- Virtually odorless, can be applied in confined areas
- Matte finish can reduce glare or help hide minor imperfections in a worn concrete floor
- Environmentally friendly, virtually zero VOCs
- Water-based epoxy coating is safe for food and beverage industry, once cured
- Suitable for concrete and wood
- Covers approximately 250 sq. ft. per one gallon kit; two coats required
- Ready for traffic in 12 hours
- Water-based epoxy resin is easy to mix and equipment cleans with water after use
- Excellent resistance to oil, solvents and harsh cleaning chemicals
- Approved for use on sand and cement screeds or concrete with under floor heating systems (up to 86°F surface temperature)
Also available in a Gloss Finish and a Rapid version for quicker application.
| Usage Interior/Exterior: | Interior |
| Properties: | Extremely tough, workable for two hours, easy to apply, hard-wearing and long lasting, can be used over existing coatings, virtually odorless |
| Primer Required: | Powerfloat Base Coat on power floated floors |
| Suitable for: | Concrete and Wood |
| Coverage: | Approximately 250 sq. ft. per 1 gallon kit |
| Recommended Coats: | 2 |
| Curing Time (Hours): | 12 hours at 60-70°F |
| Pot Life: | 2 hours, less at higher ambient temperatures |
Surface Preparation
The concrete surface must be clean, dry and free of loose material. New concrete should be allowed to cure for 28 days prior to coating. Remove oil, dirt, grease and other chemical contaminants by cleaning with detergent or other suitable cleaner. Rinse thoroughly. Use Cemtetch® Self Etching Cleaner to remove unsound laitance and create a proper surface profile to the concrete. Rinse thoroughly and allow to dry. Note: Concrete floors on grade must be free of moisture transmission from the ground. If there is any doubt about the dryness of the concrete, conduct a test by simply taping a piece of 4 mil plastic sheet 18" by 18" on the bare concrete for 24 hours. Be sure to tape all four sides. After 24 hours, check the concrete for signs of moisture. The concrete will be darker if damp. If moisture is found, allow additional drying time (10-14 days) and repeat test. Persistent moisture transmission will prevent proper performance of the coating. Please contact a Watco Industrial Flooring Expert at (855) 627-6350 for assistance.
Also, check for curing compound or other types of sealers by pouring a small amount of water onto the concrete. If water soaks in, the surface is suitable for coating. If water beads up on the concrete, the surface is not porous and a test application is warranted to ensure proper adhesion will develop. Sanding or mechanical abrading may be required if proper adhesion does not develop. Previously coated floors need to be in good sound condition with proper adhesion to the concrete substrate. Check the adhesion of the previous coating by cutting a small X in the coating using a sharp razor knife, firmly apply a piece of 2" duct tape over the center of the X cut, then pull off with a fast snap. The coating is suitable to topcoat if no significant previous coating is removed beyond the X cut. If the coating fails this test, then additional surface preparation is required. It is recommended previously coated floors be sanded and vacuumed prior to application.
Mixing
Combine the base and activator components. Use a paint paddle or spatula to scrape out and transfer as much of the material as possible. Mix the components thoroughly until an even, uniform color is achieved. If using a power mixer use a paint paddle or spatula to blend in any unmixed material from the sides and bottom of the pail. Do not mix more than one unit at a time. Immediately pour the material into a roller pan and do not delay application. The pot life is 2 hours, less at higher ambient temperatures, and unused material will get hot and may pose a hazard.
Application
Apply in a well ventilated area when the air and surface temperatures are between 60-90°F. Use a good quality lint free 3/8" nap roller with a phenolic core. A brush may be used for cutting in along walls. Do not exceed the maximum published coverage rate per coat. Some colors may darken slightly as it cures and it should not be over rolled. Two coats on most surfaces will produce a tough, mid gloss finish. Surfaces of higher than normal porosity may require further coats.
Coverage
Coverage will vary with the porosity and the degree of surface profile of the concrete. For the purpose of estimating coverage, assume 250 sq. ft. per one gallon kit.
