Two Component DIY Garage Floor Epoxy for Homeowners, Painters, and Handymen This is a true two component, water based amine adduct epoxy designed for interior concrete floors. It gives homeowners, painters, and handymen a practical way to install a real epoxy garage floor without moving directly into the shorter working times and higher film build of a 100% solids contractor system. The coating contains 55.32% solids by volume, provides approximately 1 to 2 hours of pot life at 77 degrees Fahrenheit, and builds approximately 3 mils of dry film per coat. Two coats are recommended over bare concrete, producing approximately 6 mils of total dry epoxy film when applied at the recommended thickness. Use it as a solid color garage floor coating or add decorative vinyl flakes and an optional One Stop Epoxy Urethane WB topcoat. Free shipping to the 48 contiguous states, and most orders ship out the same or next business day. Quick Answer: This is a two component water based epoxy for DIY garage floors and other properly prepared interior concrete. Each mixed gallon covers up to approximately 200 square feet per coat. Two coats are recommended over bare concrete. Pot life is approximately 1 to 2 hours at 77 degrees Fahrenheit, and warmer temperatures can shorten that time. Where This DIY Garage Floor Epoxy Fits This coating is made primarily for interior residential and light commercial concrete where ease of application, longer working time, appearance, and durability all matter. Application Fit Residential Garage Floors Excellent choice for solid color or decorative flake garage floors. Home Workshops Suitable for properly prepared interior concrete exposed to normal tools, equipment, foot traffic, and household use. Painters and Handymen A practical entry point for adding garage floor coating work without immediately moving into 100% solids epoxy systems. Light Commercial Floors Suitable for appropriate interior applications that do not require a heavy industrial flooring system. Exterior Concrete Not recommended. This product is intended for interior use. Heavy Commercial and Industrial Floors Choose a higher build system from our Epoxy Flooring Systems. Compare the Numbers, Not the Box Garage floor coatings use different resin chemistry, solids content, film thickness, coverage rates, and working times. Those numbers tell you more about the coating than the wording printed on the front of a package. What to Compare One Stop Epoxy DIY Coating Why It Matters Coating Chemistry Two component water based amine adduct epoxy Part A and Part B chemically crosslink to form the cured coating. Solids by Volume 55.32% plus or minus 2% Shows how much of the wet coating remains as cured film by volume. Solids by Weight 71.34% plus or minus 2% Provides another published measurement of the coating formulation. Wet Film Build Approximately 5.3 mils per coat The recommended wet thickness controls coverage and finished film build. Dry Film Build Approximately 3 mils per coat Two properly applied coats produce approximately 6 mils of total dry epoxy film. Pot Life Approximately 1 to 2 hours at 77 degrees Fahrenheit Provides more application time than many higher build contractor epoxy systems. Coverage Up to approximately 200 square feet per mixed gallon, per coat Coverage is stated per coat so the entire project can be calculated correctly. DIY Epoxy vs. 100% Solids Epoxy This product and a 100% solids epoxy serve different purposes. One is not being presented as a substitute for the other. Feature DIY Garage Floor Epoxy 100% Solids Epoxy Solids by Volume 55.32% plus or minus 2% 100% Application Brush and roller Requires more installation planning and experience Working Window Approximately 1 to 2 hour pot life at 77 degrees Fahrenheit Product dependent and commonly shorter Film Build Approximately 3 mils dry per coat Designed for substantially higher film build Best Fit DIYers, painters, handymen, and lighter duty interior floors Experienced installers, commercial systems, full flake systems, and higher build floors If your project requires greater film build, or a commercial flooring system, browse our Epoxy Resin Products and complete Epoxy Flooring Systems. Choose Solid Color, Decorative Flakes, or a Urethane Topcoat Solid Color Epoxy: Apply two coats over bare concrete for a clean, uniform Light Gray or Tan garage floor. Decorative Vinyl Flakes: Broadcast vinyl flakes into the wet final epoxy coat to add color variation and break up the solid background. Epoxy With Urethane: Add One Stop Epoxy Urethane WB when you want an additional wear layer over the epoxy and decorative flakes. Installation Tip: When broadcasting decorative flakes, work in sections no larger than approximately 6 feet by 6 feet. The flakes must land in wet epoxy to bond correctly. Surface Preparation Surface preparation directly affects adhesion. The concrete must be clean, dry, porous, and free of anything that can interfere with the epoxy bond. New concrete should be at least 30 days old. Remove dirt, dust, grease, oil, tire residue, curing compounds, and other contaminants. Repair cracks, holes, and damaged concrete before coating. Test bare concrete for sealer by placing water on several areas of the floor. If water beads instead of soaking into the concrete, the sealer must be removed before coating. Loose or peeling existing coatings must be removed. Glossy existing coatings must be sanded or mechanically abraded to a uniformly dull finish. Manufacturer Approved Acid Etching for Bare Concrete This specific epoxy allows manufacturer approved muriatic acid etching as a preparation method for suitable bare concrete. This is an exception to many higher build One Stop Epoxy flooring systems that require mechanical concrete preparation. For suitable bare concrete, prepare the floor using a 10% muriatic acid solution in accordance with the acid manufacturer's directions and safety requirements. Work in manageable sections, allow the acid to react with the concrete, and rinse the surface thoroughly before the acid dries. The finished surface should have a light texture similar to approximately 180 grit sandpaper. Allow the concrete to dry completely before moisture testing and coating. Important: Muriatic acid is hazardous. Wear appropriate eye, skin, hand, and foot protection and follow all instructions and safety precautions supplied by the acid manufacturer. Never acid etch over an existing paint or floor coating. Previously Painted Concrete Existing paint or coating may remain only if it is firmly bonded to the concrete. Remove anything loose, cracked, or peeling. Sand glossy coatings to remove the shine and create a uniformly dull surface. A simple adhesion check can help identify poorly bonded existing paint. Cut a small X through the coating, firmly apply strong tape over the X, and pull the tape away quickly. If the existing coating releases from the floor, additional removal is required before applying new epoxy. Lead Paint Warning: Scraping, sanding, wire brushing, or otherwise disturbing older paint can create hazardous lead dust. Before disturbing an older coating, determine whether lead may be present and follow current EPA lead safe work practices. Use appropriate respiratory protection, control dust, and clean the area with proper HEPA equipment and wet cleaning methods. Check the Concrete for Moisture After the floor has dried, tape a 2 foot by 2 foot sheet of clear plastic tightly to the concrete and leave it in place for 24 hours. If water droplets appear beneath the plastic or the concrete becomes visibly darker, do not apply the epoxy until the moisture condition has been resolved. The plastic sheet test can identify obvious moisture, but it is not a substitute for professional concrete moisture testing when moisture vapor transmission is a known concern. Mixing Instructions Correct mixing and induction are critical to the cure and performance of this coating. Premix Part A. Open the epoxy base and mix it thoroughly. Premix Part B. Mix the activator separately before combining the components. Combine the complete kit. Pour the entire Part B activator into Part A. Mix for 3 to 5 minutes. Use a low speed drill with a Jiffy Mixer or suitable mixing paddle. Scrape the sides and bottom while mixing. Do not whip air into the coating. Keep the mixer submerged and use low speed. Wait 30 minutes. Allow the mixed epoxy to stand for the full induction period before application. Apply within the pot life. Mixed material has approximately 1 to 2 hours of pot life at 77 degrees Fahrenheit. Higher temperatures shorten pot life. Do Not Skip the 30 Minute Induction Period: The induction period is part of the required mixing procedure. Complete the mixing process first, then allow the combined material to stand for 30 minutes before beginning application. Contractor Tip: Do not plan the job around receiving the full 2 hours of pot life. Pot life is temperature dependent. Warm material, warm concrete, and warm air can shorten the available time. Have the floor prepared, tools ready, and application plan established before mixing. How to Apply the Epoxy Apply only when the concrete surface and surrounding air are between 55 and 90 degrees Fahrenheit. Use a quality nylon or polyester brush for edges and detail work. Use a quality 1/2 inch nap roller cover for the main floor. Apply the coating evenly while maintaining a wet edge. If decorative flakes are being used, broadcast them while the epoxy remains wet. Allow the first coat to cure before applying the second coat. Apply the second coat within the 8 to 24 hour recoat window. Two coats are recommended over bare concrete for color uniformity, gloss uniformity, and the intended film build. Coverage, Recoat, and Cure Schedule Specification Product Information Coverage Up to approximately 200 square feet per mixed gallon, per coat Recommended Coats on Bare Concrete 2 coats Wet Film Build Approximately 5.3 mils per coat Dry Film Build Approximately 3 mils per coat Pot Life Approximately 1 to 2 hours at 77 degrees Fahrenheit Induction Time 30 minutes after mixing Dry to Touch Approximately 4 to 6 hours Recoat Window Between 8 and 24 hours Foot Traffic 48 hours Vehicle Traffic 72 hours Full Cure 7 days Temperature, humidity, concrete temperature, air movement, film thickness, and other job site conditions can affect dry and cure times. Do not place a vehicle on the floor simply because the coating feels dry to the touch. How Much DIY Garage Floor Epoxy Do You Need? One mixed gallon covers up to approximately 200 square feet per coat. Two coats are recommended over bare concrete. Calculate each coat separately and order complete kits for both coats. Do not plan on splitting one kit between separate coats. Roller covers, brushes, mixing containers, concrete porosity, surface texture, and normal application loss all affect actual coverage. Measured Floor Area Kits Per Coat Total Kits for 2 Coats Up to 200 square feet 1 2 201 to 400 square feet 2 4 401 to 600 square feet 3 6 601 to 800 square feet 4 8 801 to 1,000 square feet 5 10 Coverage is an estimate. Porous, rough, damaged, or uneven concrete may require additional material. DIY Garage Floor Epoxy Specifications Specification Product Information Coating Type Two component water based amine adduct epoxy Recommended Use Properly prepared interior garage, workshop, utility, and suitable light commercial concrete floors Colors Light Gray and Tan Tinting Universal colorants listed for the coating formulation Sheen Semi gloss Mixed Kit Size 1 gallon Part A 3/4 gallon epoxy base Part B 1 quart activator Solids by Volume 55.32% plus or minus 2% Solids by Weight 71.34% plus or minus 2% Coverage Up to approximately 200 square feet per gallon, per coat Recommended Wet Film Approximately 5.3 mils per coat Recommended Dry Film Approximately 3 mils per coat Pot Life Approximately 1 to 2 hours at 77 degrees Fahrenheit Application Temperature 55 to 90 degrees Fahrenheit for the surface and surrounding air Application Tools Quality nylon or polyester brush and 1/2 inch nap roller cover Cleanup Warm soap and water before the coating cures Use Limitation Interior use only When This Epoxy Is Not the Right Product This coating is intended for interior concrete floors. It is not recommended for driveways, uncovered patios, exterior walkways, immersion service, corrosive chemical environments, areas exposed to intense heat, below grade concrete, or slabs with unresolved moisture problems. For a higher build garage floor, full flake flooring system, metallic epoxy floor, moisture vapor barrier system, or heavier commercial application, shop our complete Epoxy Flooring Systems. Frequently Asked Questions Is this real epoxy or epoxy paint? It is a true two component water based amine adduct epoxy. Part A and Part B chemically crosslink as the coating cures. It is not a one component garage floor paint. What does 55.32% solids by volume mean? Solids by volume describes how much of the wet coating remains as cured film by volume after water and other volatile components leave during cure. This coating is 55.32% solids by volume plus or minus 2%. How thick is the finished epoxy? The recommended application is approximately 5.3 mils wet and approximately 3 mils dry per coat. Two properly applied coats produce approximately 6 mils of total dry epoxy film. Is this better than every big box garage floor kit? Garage floor products use different resin chemistry and specifications, so blanket comparisons are not useful. Compare coating chemistry, solids by volume, dry film thickness, coverage per coat, pot life, preparation requirements, cure schedule, and technical support. Those numbers tell you what you are actually buying. Is this the same as 100% solids epoxy? No. A 100% solids epoxy is designed for much greater film build and is commonly used in professional flooring systems. This coating is designed to give DIY installers, painters, and handymen more working time and a straightforward brush and roller application. How much garage floor will one kit cover? One mixed gallon covers up to approximately 200 square feet per coat. Two coats are recommended over bare concrete, so a garage up to 200 square feet normally requires two complete kits. Do I really need two coats? Two coats are recommended over bare concrete for proper color and gloss uniformity and to achieve approximately 6 mils of total dry film at the recommended application thickness. How long do I have to apply the epoxy after mixing? Pot life is approximately 1 to 2 hours at 77 degrees Fahrenheit after the required 30 minute induction period. Higher temperatures shorten pot life, so do not assume you will always receive the full 2 hours. Why do I have to wait 30 minutes after mixing? This product requires a 30 minute induction period after Parts A and B have been completely mixed. The induction period allows the chemical reaction to begin before application. When can I apply the second coat? Apply the second epoxy coat between 8 and 24 hours after the previous coat under normal curing conditions. When can I walk on the floor? Allow 48 hours before foot traffic. When can I park my vehicle on the floor? Allow at least 72 hours before vehicle traffic. The coating reaches full cure in 7 days. Can I add decorative vinyl flakes? Yes. Broadcast decorative vinyl flakes into the wet final epoxy coat. Work in manageable sections so the coating remains wet while the flakes are being broadcast. Should I use a urethane topcoat? A urethane topcoat is optional. Add One Stop Epoxy Urethane WB when you want an additional wear layer, improved chemical resistance, or better encapsulation of decorative flakes. Can I acid etch instead of grinding? For this specific product, manufacturer approved acid etching can be used on suitable bare concrete. Never acid etch over existing paint or another coating. Concrete with sealers, failed coatings, severe contamination, or other surface problems may require mechanical preparation. Can I apply this over an existing painted garage floor? Potentially. The existing coating must be firmly bonded. Remove loose or peeling material and sand glossy surfaces to a uniformly dull finish before applying the epoxy. The new coating is only as secure as the coating underneath it. Please be aware we suggest you DO NOT go over a big box store garage floor kit. This product is far superior and offers substantially stronger bonding qualities. Remember, a chain is only as strong as it's weakest link. Can I use this epoxy outside? No. This product is intended for interior use. Direct sunlight can cause epoxy coatings to fade, chalk, or yellow over time.

LABPOX 30 100% Solids Epoxy | Professional Flooring System LABPOX 30 is a professional grade, 100% solids epoxy engineered for installers who demand reliability and extended working time. Whether used as a base coat, body coat, or the foundation for metallic epoxy systems, LABPOX 30 delivers the consistency required for high performance industrial, commercial, and residential environments. The Professional Advantage: Unlike limited use epoxies that flash quickly, LABPOX 30 provides a balanced 45 to 60 minute working window, ensuring superior flow, pinhole mitigation, and a glass like finish even on large scale installations. Technical Performance Snapshot Property ASTM Standard / Value Mix Ratio 2 Parts A to 1 Part B Compressive Strength 13,000 psi Tensile Strength 8,500 psi Shore D Hardness 82 Elongation 14 percent VOC Content 9 to 10 g per L (Low VOC) Pot Life (72°F) 50 minutes Where LABPOX 30 Fits in a Flooring System 1. As a High Adhesion Base Coat Provides a consistent, durable foundation for solid color, flake, or quartz broadcast systems. LABPOX 30 is self priming and can be applied directly to properly prepared concrete under the right conditions. 2. As a Metallic Body Coat ("The Money Coat") Specifically optimized for metallic epoxy systems. The extended open time allows for intricate pigment movement and pattern development before the resin sets. 3. As an Intermediate Build Coat Increases overall system thickness and impact resistance in heavy traffic industrial or warehouse environments. Approximate Coverage Rates Application Type Square Feet Per Gallon (SFPG) Metallic Body Coat 50 SFPG Metallic Base Coat 80 to 135 SFPG Vinyl Flake Receiver Coat 133 to 150 SFPG Commercial/Industrial Solid Color 80 to 133 SFPG LABPOX 30 vs. Typical 100% Solids Epoxy Why professional installers choose LABPOX 30 over standard alternatives: Pinhole Mitigation: Advanced technology reduces surface defects by up to 98 percent in pre tinted versions. Extended Control: 60 minutes of working time vs. the standard 20 to 30 minutes of typical epoxies. Chemical Resistance: Superior resistance to amine blush and common site contamination. Cure Schedule (At 72°F) Working Time: 60 Minutes Tack Free: 9 Hours Recoat Window: 9 to 24 Hours Foot Traffic: 24 Hours Full Chemical Cure: 7 Days System Limitations LABPOX 30 requires a dry substrate. Moisture content must be below acceptable limits unless a moisture mitigation system is used. Not intended for exterior applications. Recommended System Setup For a guaranteed bond and long term finish, follow this professional stack: Primer: LAB Surface Epoxy Primer or LABPOX MVB Clear Fast for moisture vapor barriers. Base/Body: Apply LABPOX 30 (Solid Color or Metallic). Topcoat: Seal with LABFAST Xtra Time (Polyaspartic) or LABFENDER Polyurethane for maximum abrasion resistance. Mixing and Application Requirements Application Equipment 1/8 inch notched rubber squeegee 3/8 inch nap woven shed resistant roller cover 3 inch chip brush Mixing Instructions Precision in the mixing process is critical to ensure the chemical bond and structural integrity of the LABPOX 30 system. Combine Components: Pour 2 containers of Part A (Base) into a large mixing bucket, being careful not to pour material onto the sides of the larger bucket. Add Activator: Pour the Part B (Activator) directly into the center of the large bucket. Again, ensure no material gets on the sides of the Base bucket; failing to do so may leave unmixed resin that causes soft spots on your finished floor. Mixing Time: Mix full kits with a Box mixer for 2 minutes. Use a low-speed drill (300 to 450 RPM) to minimize air entrapment. Scrape Sides: During the mixing process, make sure to scrape the sides and bottom of the mixing container thoroughly so no unmixed material remains. Immediate Placement: Once the product is properly mixed, it needs to be immediately poured onto the floor. Leaving mixed material for too long in a mixing pail will create an exothermic reaction (rapid heat buildup), rendering the product unusable. Application Procedure Application Procedure Pour mixed material in a 20 foot long 12 inch wide ribbon Do not drain or scrape remaining material from the bucket onto the floor. Spread to uniform thickness with a notched squeegee and roll North South and back roll East West to achieve uniform coverage. Roller should be a 3/8 inch shed resistant epoxy roller cover. PRO TIP: For metallic floors, use the extended 60 minute window to manipulate your pigments with a 9/16 inch looped roller or notched squeegee to create depth and movement before the product begins its initial set. Frequently Asked Questions Is LABPOX 30 good for metallic epoxy floors?Yes. It is exceptionally well suited for metallic systems due to its 45 to 60 minute working time and excellent flow characteristics, allowing installers to create flawless designs with proper pigment movement. Can this be used as a base coat?Yes. LABPOX 30 works incredibly well as a dependable, high strength base coat for a wide variety of systems, including solid color, flake, and quartz. Is this product beginner friendly?Because of the extended working time, it is more forgiving than fast cure epoxies, but proper surface preparation and installation technique are still required. How long is the actual working time?You will have approximately 60 minutes of working time at 70°F and 45 minutes at 80°F. Humidity and surface temperature can also affect these windows. What is the mix ratio for LABPOX 30?It is a two component system with a precise mix ratio of 2 Parts A to 1 Part B (2A:1B) by volume. Can this be used for flake floors?Absolutely. It performs as a reliable receiver coat for broadcast flake systems, providing enough open time to ensure a consistent flake distribution. Why is the "Extended Working Time" so important?Standard epoxies can flash quickly in the bucket, leading to stress and mistakes. LABPOX 30 gives you a massive window to maintain a wet edge on large floors and execute intricate metallic designs without the product locking up prematurely. Does this require a topcoat?Yes. Like all 100 percent solids epoxies, a UV stable topcoat (like Polyaspartic or Urethane) is highly recommended to prevent ambering and provide long term scratch resistance.

Moisture Vapor Barrier Epoxy | 25 lb Rated 100% Solids MVB One Stop Epoxy 100% Solids Moisture Vapor Barrier Epoxy is a professional-grade foundation coating engineered to block moisture vapor transmission through concrete slabs. Rated for extreme conditions up to 25 lbs of moisture vapor emission, this product creates a permanent barrier that prevents the most common causes of floor failure: peeling, bubbling, and delamination. This is not a finish coat or a receiver coat. It is a critical insurance policy used to stabilize concrete before installing a 100% solids epoxy build system. Why Professionals Use a 25 lb Rated MVB Concrete is naturally porous and acts like a sponge, releasing moisture vapor for years. When this vapor pressure builds up beneath a standard coating, it physically breaks the bond, leading to total system failure. Our MVB Epoxy solves this by penetrating deep into the concrete capillaries to create a structural seal that can handle high hydrostatic pressure. Extreme Moisture Resistance: Rated to block up to 25 lbs of vapor transmission—far exceeding standard epoxies. Prevents Osmotic Blistering: Stops the bubbles that form when moisture is trapped under the floor. Superior Bond Strength: Provides a stabilized, non-porous surface for your next epoxy layer to lock onto. Zero VOC Formulation: 100% solids with no odor, making it safe for interior and basement applications. The Proper System Sequence To ensure a lifetime bond on slabs with moisture concerns, follow the professional "Step-Up" method: The Barrier: Apply One Stop MVB Epoxy directly to mechanically profiled concrete (CSP 2-3). The Build Coat: Once cured, apply a layer of 100% Solids Self Leveling Epoxy. This acts as your pigmented base or "receiver coat" for flakes. The Finish: Complete the system with a high-performance Polyaspartic or Urethane topcoat. Mixing and Application Requirements Pro Tip: Do not broadcast flakes or quartz directly into the MVB. This material must be applied as a continuous, unbroken film to effectively block moisture. Mix for a full 3 minutes to ensure the chemical barrier is fully cross-linked. Mix Ratio: 2 Parts A to 1 Part B. Mixer: Use a box or cage style mixer at 300 to 450 RPM. Coverage: 100 to 150 square feet per gallon depending on porosity. Dry Time: 8 to 10 hours at room temperature. Frequently Asked Questions Do I need a moisture vapor barrier epoxy?If moisture is present, unknown, or if you are installing over a slab on grade, this is a necessary preventative step to avoid total coating failure. How do I know if my concrete has a moisture problem?Visible signs include efflorescence (white powder) or dark spots. The only certain way is testing, but applying MVB is the safest preventative measure for any slab where the history is unknown. Can I use this for basement floors?Yes. Basements are inherently prone to moisture issues. Using this vapor barrier is the best way to ensure your basement epoxy floor never peels or bubbles. Can I broadcast flakes directly into the MVB?No. The Moisture Vapor Barrier must be applied as a clean, continuous film to seal the slab. After it cures, you apply a 100% solids epoxy layer to serve as your pigmented receiver coat for flakes. Is this required for garage floors?It is highly recommended in humid environments, on older slabs, or if you are a professional installer offering a long-term warranty to your clients. What happens if I skip this step?Skipping moisture control on a high-vapor slab leads to osmotic blistering and total system delamination, requiring a costly total replacement. Can this be used as a finished floor?No. This is a functional base layer designed to stabilize the slab. It must be covered by a 100% solids epoxy build coat and an appropriate topcoat. What should I use over this product?Typically, installers follow this with a 100% solids epoxy (like our Self Leveling or 150 Fast Cure) before moving to their decorative broadcast or topcoat. How long do I have to wait before applying my next coat?The material is generally dry to the touch in 8 to 10 hours. You should apply your next coat of epoxy within 24 hours to ensure a strong chemical bond. What is the mix ratio?The mix ratio is 2 parts Part A to 1 part Part B. Mix thoroughly with a drill mixer for a full 3 minutes before pouring.

Partial Flake Epoxy Floor Kits A partial flake epoxy floor combines a solid color epoxy base coat with a controlled broadcast of decorative vinyl flakes. Unlike full flake systems, the base color remains visible, creating a clean, balanced look with added texture and visual interest. One Stop Epoxy Partial Flake Floor Kits are made with professional grade, 100 percent solids epoxy applied at true commercial coverage rates. Each kit includes generous flake quantities—1 pound per 50 square feet—far exceeding the typical industry rate of 1 pound per 400 square feet. A durable Gloss or Satin urethane topcoat is also included to protect your floor. What Is a Partial Flake Floor? Partial flake floors are created by broadcasting flakes into wet epoxy at light to medium density. This allows the base color to show through while improving traction and hiding minor surface imperfections. Cleaner look than full flake systems Smoother finish underfoot Improved slip resistance More forgiving for DIY installation Partial vs Full Flake Partial Flake Floors: Visible base color Lower material cost Smoother texture Easier to clean and install Full Flake Floors: Complete flake coverage Heavier texture Maximum concrete concealment Higher material usage Common Uses Residential garages Workshops Home gyms Utility rooms Light commercial spaces What’s Included Each kit is sized for proper coverage and includes: 100% solids self-leveling epoxy base coat Decorative vinyl flakes (1 lb per 50 sq ft) Urethane topcoat (Gloss or Satin) Optional upgrades include epoxy primers, moisture vapor barriers, and polyaspartic topcoats. Why Choose Partial Flake? Hides imperfections better than solid color epoxy Adds traction without heavy texture Offers a balanced decorative finish Easier to install than full flake systems Coverage Tips Always apply epoxy at proper thickness. Do not stretch materials, as adequate coverage ensures proper flake adhesion and long-term performance. If between kit sizes, size up. DIY Friendly This system is suitable for moderate skill DIY users. Best results are achieved with proper surface preparation, correct tools, and adequate curing time. Why Buy From One Stop Epoxy? Professional grade 100% solids epoxy True coverage rates—no shortcuts Up to 8x more flakes than typical kits Commercial-quality system design This is a true epoxy flooring system—not a paint-based kit—designed for long-lasting performance.

High Build 100% Solids Epoxy for Solid Color, Flake, Quartz, and Commercial Floors One Stop Epoxy Self Leveling 100% Solids Epoxy is a two component, high build resin designed for professional epoxy flooring systems. Use it as a solid color body coat, a pigmented receiver coat for vinyl flakes or quartz, a commercial epoxy layer, or a uniform solid color base beneath a metallic epoxy floor. This is a true 100% solids epoxy by volume. There is no water or added solvent that must leave the coating during cure. The material applied to the floor remains at approximately the thickness at which it was installed, allowing substantial film build in a single coat. Each kit produces 3 gallons of mixed epoxy at a 2 to 1 ratio. Choose Clear, Light Gray, Medium Gray, White, Tan, or Black. Pigmented kits arrive with the color already incorporated into Part A, eliminating the need to purchase and disperse a separate pigment pack. Free shipping to the 48 contiguous states, and most orders ship out the same or next business day. Quick Answer: This is the general purpose One Stop Epoxy 100% solids resin for solid color floors, partial and full flake receiver coats, quartz and sand broadcast systems, commercial floors, and metallic epoxy base coats. A full 3 gallon kit mixes at a 2 to 1 ratio. Use a Cage or Box style mixer for 2 minutes at 300 to 450 RPM. Working time on the floor is approximately 45 minutes at 75 degrees Fahrenheit. Higher temperatures shorten working time. Once the epoxy is mixed, GET IT OUT OF THE BUCKET and onto the floor immediately. Where This 100% Solids Epoxy Fits This is one of the most versatile resins in the One Stop Epoxy line because the same epoxy can perform several different jobs depending on the flooring system and application thickness. Flooring System How This Epoxy Is Used Solid Color Epoxy Floor Used as the visible high build epoxy body coat for garages, shops, warehouses, showrooms, and commercial interiors. Partial Flake Floor Used as the pigmented receiver coat with a controlled decorative flake broadcast that leaves the epoxy color visible. Full Flake Floor Used as the pigmented receiver coat before broadcasting vinyl flakes to rejection. For the complete package, see our Full Flake Epoxy Floor Systems. Quartz or Sand Broadcast Used as the resin coat that receives aggregate in textured commercial and industrial flooring systems. Metallic Epoxy Base Coat Creates the solid, uniform background beneath a Metallic Dream Epoxy body coat. Commercial Epoxy Floor Provides a high build resin layer for properly designed commercial flooring systems. What 100% Solids Epoxy Actually Means Solids by volume describes how much of the applied liquid coating remains as cured film. This epoxy is 100% solids by volume, so there is no water or added solvent that must evaporate from the coating during cure. That makes coverage and film thickness directly related. Spread one gallon over fewer square feet and you create a thicker epoxy layer. Spread the same gallon over more square feet and the finished layer becomes thinner. One theoretical gallon of 100% solids epoxy produces approximately: Coverage Per Gallon Approximate Film Thickness 150 square feet 10.7 mils 135 square feet 11.9 mils 125 square feet 12.8 mils 100 square feet 16 mils These are theoretical film calculations. Actual coverage is affected by concrete profile, porosity, repairs, application technique, edges, tools, and normal material loss. What Self Leveling Means Self leveling describes how the resin flows and relaxes after it is spread at the proper thickness. This allows roller and squeegee marks to settle and helps create a smoother, more uniform epoxy surface. Self leveling does not mean the epoxy repairs damaged concrete or eliminates surface preparation. Cracks, spalls, open joints, deep pits, coating edges, and other defects must be addressed before the epoxy is installed. Contractor Tip: Do not stretch a self leveling epoxy too far and still expect it to flow like a high build coating. Film thickness affects flow, hiding, decorative broadcast acceptance, and the appearance of the finished floor. Why We Sell It as a 3 Gallon Short Fill Kit A complete kit contains 2 parts Base and 1 part Activator for a total of 3 mixed gallons. Part A is packaged in a container with enough room to receive the complete Part B Activator. That allows a full kit to be combined and mixed directly in the Part A container without purchasing a separate full size mixing pail. 2 to 1 mix ratio: The complete kit is already proportioned correctly. Full kit mixing in the original container: Add all of Part B directly into Part A. Pre pigmented colors: Light Gray, Medium Gray, White, Tan, and Black arrive with pigment already incorporated into Part A. Clear option: Clear is available when the flooring system requires an unpigmented resin. Color consistency: Pre pigmented kits remove the field variable of measuring and dispersing separate pigment packs. Available Colors Color Common Use Clear Systems requiring clear resin or custom pigmentation Light Gray Garage floors, commercial floors, and flake receiver coats Medium Gray Solid color, commercial, and decorative flooring systems White Decorative systems and selected metallic epoxy base coats Tan Garage floors, commercial floors, and warm color systems Black Solid color floors and selected metallic epoxy base coats Coverage Depends on What the Epoxy Is Doing There is no single correct coverage number for every installation. A receiver coat for vinyl flakes does not require the same film build as a heavier commercial or solid color epoxy layer. Application Coverage Per Gallon Coverage Per 3 Gallon Kit Flake Receiver Coat 133 to 150 square feet 399 to 450 square feet Higher Build Solid Color or Commercial Coat 100 to 135 square feet 300 to 405 square feet Metallic Epoxy Base Coat 135 to 150 square feet 405 to 450 square feet Important: Do not choose your coverage rate simply by trying to make one kit cover the entire floor. Coverage determines film thickness. Apply the epoxy at the rate required for the flooring system being installed. How Many 3 Gallon Kits Do You Need? The table below uses approximately 400 square feet per kit as a practical planning rate for a typical flake receiver coat. Heavier solid color and commercial applications require more material. Floor Area Approximate 3 Gallon Kits Up to 400 square feet 1 kit 401 to 800 square feet 2 kits 801 to 1,200 square feet 3 kits 1,201 to 1,600 square feet 4 kits 1,601 to 2,000 square feet 5 kits For a heavier solid color or commercial application, calculate the order using the required square foot per gallon rate instead of the receiver coat table. Concrete Preparation The performance of a 100% solids epoxy starts with the concrete underneath it. Self leveling refers to the way the resin flows. It does not replace proper surface preparation. Remove dirt, oil, grease, curing compounds, sealers, adhesive, and other contaminants. Remove loose, incompatible, or poorly bonded existing coatings. Mechanically prepare concrete to approximately CSP 3 unless the complete flooring system specifies otherwise. Vacuum the floor thoroughly after grinding or shot blasting. Repair cracks, pits, spalls, and damaged concrete before applying the epoxy. Evaluate concrete moisture before deciding whether this epoxy can be installed directly to the slab. Primer and Moisture Decisions Still Matter: This epoxy may be installed directly over suitable properly prepared concrete, but not every slab should receive the same system. Porous concrete can outgas through a high build coating, and excessive concrete moisture can cause flooring failures. Use a primer or moisture vapor barrier when the condition of the slab requires one. For primer and moisture control options, review our Primers and Moisture Vapor Barriers. If you are unsure whether the slab needs moisture protection, read our Moisture Testing Before Installing Epoxy Flooring Guide. Full 3 Gallon Kit Mixing Instructions A full kit contains a large volume of reactive 100% solids epoxy. Correct mixing is critical, and once mixing is complete the material should immediately leave the bucket. Premix Part A. Thoroughly mix the Base before adding the Activator, especially when using a pigmented kit. Add all of Part B. Pour the complete Activator directly into the center of Part A. Avoid pouring Activator onto the sides of the Base container. Use a Cage or Box style mixer. We recommend only a Cage or Box style mixer for a complete 3 gallon kit. Mix for 2 full minutes. Mix at approximately 300 to 450 RPM and move the mixer throughout the material. Immediately pour the epoxy onto the floor. Do not leave mixed material sitting in the bucket while you prepare tools, cut edges, or finish another area. Do not drain or scrape the remaining bucket residue onto the floor. Material remaining on the sides or bottom of the container may not be mixed as completely as the main batch. For full kit mixing, use a Box Mixer or equivalent Cage style mixer. Mix it and GET IT OUT OF THE BUCKET. This is a basic rule for One Stop Epoxy 100% solids products. The epoxy reaction creates heat. Keeping a mixed batch concentrated in the bucket allows that heat to build rapidly and can dramatically shorten usable working time. Once the batch is properly mixed, pour it onto the floor immediately. Bucket Time Is Not Floor Working Time This distinction matters with 100% solids epoxy. Condition Approximate Time at 75 Degrees Fahrenheit Mixed Material Left in Bucket Approximately 8 minutes Working Time After Placement on Floor Approximately 45 minutes Higher temperatures shorten working time. Material temperature, slab temperature, surrounding air temperature, direct sunlight, and the amount of mixed material remaining in mass can all accelerate the reaction. Do not plan an installation around receiving the full 45 minutes under every job condition. The 45 minute working time is referenced at 75 degrees Fahrenheit. Warmer conditions require faster placement, spreading, rolling, and broadcasting. Contractor Tip: Have the concrete prepared, edges ready, squeegees and rollers laid out, decorative media opened, and the crew in position before Part A and Part B are combined. The time to organize the job is before you mix the epoxy. Mixing Smaller Batches Partial batches must maintain the exact 2 parts Part A to 1 part Part B by volume ratio. Batch Recommended Mixer Mix Time Full 3 Gallon Kit Cage or Box style mixer at 300 to 450 RPM 2 minutes Properly Measured Smaller Batch Red paddle mixer 3 minutes For smaller batch mixing tools, see our Epoxy Mixers collection. Application Once mixing is complete, pour the epoxy immediately onto the prepared floor in ribbons. Spread and roll the material according to the coverage rate and film thickness required for the flooring system. Mix the epoxy completely. GET IT OUT OF THE BUCKET and onto the floor immediately. Spread the material with the appropriate notched squeegee for the required coverage rate and cover the floor completely Roll with a quality 3/8 inch shed resistant epoxy roller cover.Roll North South and then Backroll east West. Maintain consistent coverage and film thickness throughout the application. If installing vinyl flakes, quartz, or sand, broadcast the decorative media while the epoxy remains wet. Recoat Window and Return to Service Recoat timing matters because the next epoxy layer or topcoat must bond correctly to the cured surface. Stage Approximate Time Tack Free Approximately 8 to 10 hours at 75 degrees Fahrenheit Recoat Window Approximately 12 to 24 hours Light Foot Traffic Approximately 24 hours Heavy Foot Traffic Approximately 48 hours Vehicle Traffic Approximately 72 hours Full Chemical Cure Approximately 7 days Light sanding before applying additional epoxy or a finish coat is recommended. If the 24 hour recoat window has been exceeded, mechanically abrade the surface to a clean, uniformly dull finish before recoating. Temperature and job conditions affect cure time. Do not place the floor into service simply because the surface feels dry. Using It for a Full Flake Floor This epoxy is an excellent pigmented receiver coat for a full flake flooring system. Apply the epoxy at the required coverage rate and broadcast decorative vinyl flakes to rejection while the resin remains wet. After the epoxy cures, scrape the flake surface in multiple directions and vacuum thoroughly before installing the clear wear coat. Poly Gloss 85 Polyaspartic is a common final topcoat for One Stop Epoxy full flake systems. Select Regular or Slow Go based on floor size, temperature, working time requirements, and installer experience. If you want the epoxy, flakes, and topcoat already matched and calculated, see our Full Flake Epoxy Floor Systems. Using It for a Partial Flake Floor For a partial flake floor, use the pigmented epoxy as the visible body coat and broadcast a controlled amount of decorative flakes into the wet resin. Unlike a full broadcast floor, the epoxy color remains an important part of the finished appearance. After cure, seal the floor with the topcoat specified for the system. Using It as a Metallic Epoxy Base Coat Metallic epoxy floors normally begin with a solid color epoxy base. The base coat creates a consistent background and prevents raw concrete color and surface variation from interfering with the metallic design layer. Use the appropriate pigmented Self Leveling 100% Solids Epoxy as the base coat, then apply Metallic Dream Epoxy as the metallic body coat. Do not use this product as a substitute for a dedicated metallic body coat. Metallic Dream is formulated to provide the working time, movement, and visual characteristics required for metallic designs. Published Physical Properties The numbers below show why this product is used as a high build epoxy body coat instead of relying on generic terms such as heavy duty or industrial strength. Property Published Value Solids by Volume 100% Mix Ratio 2 parts Part A to 1 part Part B by volume Mixed Viscosity 500 to 750 cps Shore D Hardness 89 to 91 Compressive Strength 16,500 psi Tensile Strength 3,850 psi Adhesion to Concrete 600 psi Flexural Modulus 4,700 psi Taber Abrasion 22 mg loss VOC Less than 50 grams per liter Bucket Time Approximately 8 minutes at 75 degrees Fahrenheit Floor Working Time Approximately 45 minutes at 75 degrees Fahrenheit. Higher temperatures shorten working time. Recoat Window Approximately 12 to 24 hours Heavy Foot Traffic Approximately 48 hours Vehicle Traffic Approximately 72 hours Full Chemical Cure Approximately 7 days Typical Flake Receiver Coverage 133 to 150 square feet per gallon Typical Higher Build Coverage 100 to 135 square feet per gallon Application Roller 3/8 inch shed resistant epoxy roller cover When Another Epoxy May Be the Better Choice Self Leveling 100% Solids Epoxy is the general purpose high build resin in the One Stop Epoxy line, but no single epoxy is right for every flooring system or exposure. High moisture concrete: Test the slab and use a suitable Moisture Vapor Barrier when moisture conditions exceed the limits of the planned flooring system. Metallic body coats: Use Metallic Dream Epoxy when the epoxy itself needs to provide metallic movement and design time. Aggressive chemical exposure: General purpose epoxy should not be selected simply because it is 100% solids. For battery acid, concentrated acids, chemical storage, containment, and other aggressive environments, review APF Epoxy Novolac 900 and confirm chemical resistance against the specific exposure. Frequently Asked Questions Is this a true 100% solids epoxy? Yes. This is a true 100% solids epoxy by volume. There is no water or added solvent that must evaporate from the coating during cure. What is this epoxy best used for? It is the general purpose high build One Stop Epoxy resin for solid color floors, partial and full flake receiver coats, quartz and sand broadcast systems, commercial floors, and solid color base coats beneath metallic epoxy. Is this a good epoxy for garage floors? Yes. It can be used as the visible body coat for a solid color garage floor or as the pigmented receiver coat beneath partial or full broadcast vinyl flakes. How much does one 3 gallon kit cover? Coverage depends on the system. A flake receiver coat typically covers approximately 399 to 450 square feet per 3 gallon kit. A heavier solid color or commercial application typically covers approximately 300 to 405 square feet per kit. Why does coverage change between flooring systems? Coverage determines film thickness. One gallon spread over 150 square feet produces a thinner epoxy layer than the same gallon spread over 100 square feet. Select the coverage rate based on the required film build rather than trying to stretch the material farther. Does the epoxy come pre pigmented? Yes. Light Gray, Medium Gray, White, Tan, and Black arrive pre pigmented. Clear is also available. What is the mix ratio? The mix ratio is 2 parts Part A to 1 part Part B by volume. How do I mix a full 3 gallon kit? Premix Part A, add the complete Part B, and mix the full kit for 2 minutes at 300 to 450 RPM using a Cage or Box style mixer. Then GET IT OUT OF THE BUCKET and onto the floor immediately. Can I use a red paddle mixer? Yes, for properly measured smaller batches. Mix smaller batches with the red paddle for 3 minutes. For a complete 3 gallon kit, use only a Cage or Box style mixer because it moves the full volume of material more effectively. How much time can the epoxy stay in the bucket? Approximately 8 minutes at 75 degrees Fahrenheit. Do not treat that as usable installation time. Once mixing is complete, GET IT OUT OF THE BUCKET immediately. How much working time do I have on the floor? Working time on the floor is approximately 45 minutes at 75 degrees Fahrenheit. Higher temperatures shorten working time. Why is working time longer on the floor than in the bucket? The epoxy reaction generates heat. A large amount of mixed resin sitting in a bucket holds that heat and causes the reaction to accelerate. Spreading the material across the floor allows heat to dissipate and provides substantially more usable application time. What roller should I use? Use a quality 3/8 inch shed resistant epoxy roller cover after spreading the material at the required coverage rate. When can I apply another coat or topcoat? The normal recoat window is approximately 12 to 24 hours. Light sanding before additional epoxy or finish coats is recommended. If more than 24 hours have passed, mechanically abrade the surface to a clean, uniformly dull finish before recoating. When can the floor handle vehicle traffic? Allow approximately 72 hours before vehicle traffic under normal curing conditions. Full chemical cure is approximately 7 days. Can this be used for a full flake floor? Yes. Apply the pigmented epoxy as the receiver coat and broadcast vinyl flakes to rejection while the epoxy remains wet. After cure, scrape and vacuum the floor before installing the clear topcoat. What topcoat should I use over a full flake floor? Poly Gloss 85 Polyaspartic is a common final topcoat for One Stop Epoxy full flake systems. Choose Regular or Slow Go based on the floor size, temperature, working time, and installer experience. Can I use this epoxy as the base for a metallic floor? Yes. Use the appropriate solid color as the base coat, then apply Metallic Dream Epoxy for the metallic design layer. Does self leveling epoxy eliminate the need to grind concrete? No. Self leveling describes how the epoxy flows after application. It does not replace concrete preparation. The slab still needs to be clean, mechanically profiled, repaired, vacuumed, and evaluated for moisture before coating. Can this epoxy be used outside? Do not use this epoxy as an exposed exterior finish. Epoxy can amber when exposed to direct sunlight. Exterior flooring systems must be designed so the epoxy is buried beneath a UV resistant broadcast and suitable UV resistant topcoat. Build the Complete Epoxy Flooring System The 100% solids epoxy body coat is only one layer of a complete floor. Depending on the slab and final use, the project may also require a primer, moisture vapor barrier, concrete repair products, decorative vinyl flakes or aggregate, and a compatible topcoat. If you prefer to purchase the components already matched and calculated for the project, compare our complete Epoxy Flooring Systems. Technical Data and Safety Information: View One Stop Epoxy TDS and SDS Sheets