One Stop WB Epoxy Primer | High Performance 2 Part Water Based Epoxy One Stop WB Epoxy Primer is a professional grade water based epoxy designed to create a high bond foundation for epoxy flooring systems. This product is most commonly used as a pore sealing primer under 100% solids epoxy, where controlling outgassing and ensuring adhesion is critical to the success of the entire floor. Universal Compatibility – Approved for use with One Stop 100% Solids, 150FC, Metallic Dream, WB Urethanes, and PolyGloss 85. Multi Purpose Utility – Functions as a high bond primer, a flake floor base coat, or a durable interior finish coat. Pore Sealing Technology – Eliminates outgassing bubbles so your next layer of 100% solids Epoxy goes out bubble free. Industrial Strength – Scratch and abrasion resistant; tough enough for vehicle traffic and commercial use. VOC Compliant – Safe for interior use in garages, kitchens, warehouses, and basements. Most coating failures start at the surface. A properly applied primer like this one eliminates that risk by sealing the concrete and creating a consistent foundation for the system. Where This Product Fits in Your System This primer is designed to work as the first step in a complete epoxy flooring system. Use under 100% solids epoxy base coats Use before Flake or Quartz Systems to improve adhesion Can be used as a standalone coating in light duty applications This is not just a primer. It is the foundation that determines how well your entire system performs. Mixing and Application Instructions Step 1 Pre Mix Because this is a water based product, settlement is normal and expected. Blend the bucket of BASE (Part A) for 1 minute before pouring into a larger bucket and combining with activator. Step 2 The Blend For 1 Gallon Kits: Pour Part A and Part B into a larger mixing bucket and blend for 2 minutes using a paddle mixer. For 2 or More Gallons: When mixing multiple kits together (up to 4 gallons in a 5 gallon bucket), you must use a Box Mixer and blend for 2 - 3 minutes to ensure a complete chemical reaction. Step 3 Application Pour the mixed material directly onto the floor. While wearing spiked shoes, spread the material evenly using a flat squeegee. Small Projects: You may utilize a paint tray and dip and roll using a 1/4” nap epoxy roller (ensure the roller is de-shedded prior to use). To avoid roller lines, you may backroll the floor before the product becomes tacky. Coverage and Technical Specs All SFPG dependent upon porosity of the concrete: Primer on Porous Concrete: 200 to 250 SFPG Grind and Seal Base Coat: 200 to 250 SFPG Grind and Seal Body Coat: 150 to 200 SFPG Light Duty DIY Garage Floor (Needs Pigment and Two Layers): 150 to 175 SFPG Concrete Sealer / Dust Proofing: 200 to 250 SFPG Densifier Application: When applying to very soft or weak concrete, add 10% water to the first coat and apply as a densifier. The material should be applied to saturate the surface and allow for proper penetration into the concrete. Coverage rates for this application will vary depending on the condition and porosity of the concrete. Once the densified layer has dried, apply a second full strength coat without dilution. This exception applies only when using the product as a densifier and does not apply to standard primer or coating applications. Application Temp: Best if applied between 55 and 90 degrees Fahrenheit. Cure Schedule and Recoating Tack Free / Foot Traffic: 12 Hours Recoat Window: 24 Hours Heavy Foot Traffic: 48 Hours Vehicular Traffic: 72 Hours (3 Days) When To Sand For Additional Coats: A second coat may be applied within the 24 hour recoat window without sanding. If more than 24 hours have passed since the previous application, sanding is required. Sand the surface using a 100 to 120 mesh sanding screen, then vacuum and wipe the surface with denatured alcohol or acetone to achieve a proper mechanical bond before applying the next coat. Frequently Asked Questions Can I add a little water to make the primer spread further?No. You should not thin to expand coverage rate. Thinning disrupts the chemical bond and will result in a weak coat. The only exception is adding 10% water when using the product strictly as a densifier for very soft, crumbly concrete. Why do I have to sand before applying my metallic or topcoat?Sanding creates a mechanical profile or "teeth" for the next layer to grab onto. Skipping this step leads to poor adhesion and potential delamination. Which mixer should I use?For single gallon kits, a standard paddle mixer is fine. For anything 2 gallons or larger, a Box Mixer is required to ensure the Part A and Part B are fully integrated without trapping excessive air. Do I need a primer before epoxy?Yes. A primer improves adhesion, seals concrete pores to reduce outgassing, and helps prevent bubbles in your high build layers. Can I use this under metallic epoxy?Yes. This is one of the best applications for this product as it ensures the Metallic Dream layer goes down over a sealed surface, preventing bubbles from ruining the finish. Is this a high build coating?No. Water based epoxy is typically used as a primer or light duty coating, not as a high build system. Can this be used as a final coat?Yes, in light duty environments such as storage areas or mechanical rooms. What happens if I skip sanding between coats?Skipping sanding can lead to poor adhesion and potential delamination between layers of the flooring system.

Premera FP1 Fusion Primer Premera FP1 Fusion Primer is a cutting-edge, fast-drying nano-adhesive primer designed to bond seamlessly to nearly any contaminate-free hard surface. Its unique formulation creates a molecular bridge between coatings and substrates, allowing coatings that would typically struggle to adhere to form a strong, durable bond. This molecular bonding eliminates the need for time-consuming sanding or mechanical abrasion, drastically streamlining your application process and reducing preparation time. Why Premera FP1 Can Replace Mechanical Abrasion: Traditionally, surface preparation requires mechanical abrasion like sanding or grinding to roughen the surface, ensuring that the new coating can properly bond. Premera FP1 Fusion Primer uses advanced nanotechnology to form covalent bonds at the molecular level. These bonds penetrate deep into the substrate, anchoring the coating firmly to the surface without needing to roughen it first. In plain English, this means that instead of having to sand down or grind a concrete or metal surface, Premera FP1 chemically fuses to the surface, creating a strong connection. This not only saves time but also preserves the integrity of the substrate by avoiding potential damage that mechanical abrasion can cause. Premera FP1 allows you to move straight to the next layer without compromising on adhesion quality. Key Features Of Premera FP1 Fusion Primer: No need for sanding or mechanical abrasion: Streamlines preparation while maintaining superior bonding. Strong bonding: Works even on the hardest-to-bond surfaces, including smooth metals. Fast drying: Quick adhesion promoter for efficient application. Covalent bonding: Bonds at the molecular level, becoming one with the surface. Versatile use: Suitable for almost any substrate, including concrete, steel, wood, tile, and fabric. Virtually invisible: Leaves no visible residue after application. Moisture and stain resistance: Protects from within, reducing future maintenance costs. Long-lasting protection: Extends the life of the substrate, protecting it from environmental wear and tear. Typical Uses of Premera FP1 Fusion Primer Adhesion layer: Bonds coatings to substrates or between two coatings, ensuring a durable finish. Substrate variety: Works on painted or unpainted iron, aluminum, copper, stainless steel, powder-coated surfaces, galvanized surfaces, concrete, wood, rubber, plastic, fiberglass, and glass. Ideal for Concrete Coatings: For professionals in the concrete coatings industry, Premera FP1 Fusion Primer provides a faster, more efficient way to achieve a perfect bond, especially when used in conjunction with one of our or our popular metallic flooring kits. By eliminating the need for mechanical abrasion, it reduces preparation time while ensuring high-quality results. To see just how easy the application process is watch this short YouTube video on the application process.

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.

LABFENDER Aliphatic Polyurethane | Heavy Duty Floor Protection Topcoat Product Overview LABFENDER is a high solids, low VOC aliphatic polyurethane topcoat engineered for maximum durability in demanding environments. Designed to be applied over epoxy and polyaspartic systems, it provides exceptional abrasion resistance, superior chemical protection, and long term UV stability. This is the topcoat used when standard systems are not enough and long term performance under heavy traffic is required. LABFENDER significantly reduces wear from foot traffic, forklifts, and rolling equipment while protecting against staining, chemical exposure, and plasticizer transfer. Key Advantages Extreme Abrasion Resistance: Designed for heavy traffic and industrial use Superior Chemical Protection: Up to 60 times more resistant to plasticizer transfer (common cause of staining and softening in coatings) UV Stable: Non yellowing and protects underlying coatings High Solids Formulation: Strong, dense protective layer Low VOC: Suitable for regulated environments Long Working Time: Allows efficient installation over large areas Improved Cleanability: Resists dirt penetration and surface staining Where This Product Is Used Warehouses and manufacturing facilities Forklift and heavy equipment traffic areas Automotive shops and service centers Commercial kitchens and food processing plants Hospitals, labs, and clean environments Flake, quartz, and metallic flooring systems Surface Preparation Requirements LABFENDER is not designed for direct application to concrete. Apply only over epoxy or polyaspartic systems No prep required if within recoat window If outside recoat window, sand to a uniform dull finish Vacuum thoroughly and wipe clean before application Critical Mixing Instructions Mixing errors are one of the most common causes of failure with this product. Follow these instructions carefully. 3 Part Mix (Recommended) Ratio: 4 Parts A to 1 Part B plus 3 lbs Aluminum Oxide (Part C) Pre-mix Part A for 1 minute Add Part B and mix for 3 minutes at low speed (300–450 RPM) Reverse mixer direction for final 90 seconds Scrape sides and bottom of container thoroughly Add Aluminum Oxide slowly and mix an additional 2–3 minutes Recommended dosage: 3 lbs aluminum oxide per 1 gallon kit 2 Part Mix (Smooth Systems) Ratio: 4 Parts A to 1 Part B Follow same mixing procedure without adding aluminum oxide Use this method for smooth floor finishes Do not add solvents. Ensure mixing container is clean. Application Guidelines Apply between 50°F and 86°F with humidity below 80% Turn off ventilation and airflow during application Block wind when applying outdoors Apply using a roller or approved method with consistent coverage to maintain a uniform finish Why Installers Choose LABFENDER When floors are exposed to constant traffic, heavy loads, or chemical exposure, standard topcoats can wear down quickly. LABFENDER provides a higher level of protection that helps maintain the appearance and performance of the entire system over time. This is the solution for long term durability in high demand environments. Frequently Asked Questions Can I apply this directly to concrete?No. This product is designed as a protective topcoat over epoxy or polyaspartic systems. Do I need to add aluminum oxide?It is recommended for flake and quartz systems to improve durability and slip resistance. What happens if I mix it incorrectly?Improper mixing can lead to soft spots, poor curing, or complete coating failure. Follow mixing instructions exactly. Is this suitable for heavy traffic areas?Yes. It is specifically designed for high traffic, industrial, and forklift environments. Does this product yellow?No. It is UV stable and will not yellow over time.

12 oz Non-slip Epoxy Top Coat Additive A 12 oz non-slip epoxy top coat additive is a product that can be added to epoxy coatings to enhance their slip resistance. It is designed to provide a textured surface that reduces the chances of slips and falls, especially in areas prone to wet or slippery conditions.  Coarse - 20 Grit Fine - 100 Grit

Epoxy Crack Filler | 100% Solids Gel Crack Repair Epoxy Crack Filler is a professional grade, 100% solids, two component (1 to 1) gel epoxy designed for repairing cracks, joints, and surface defects in concrete. Its specialized non sag consistency allows for clean application on both horizontal and vertical surfaces, providing excellent control during installation. This is the ideal solution when you need a clean, controlled repair that stays exactly where you put it without running or settling. Where This Product Fits in Your System Vertical Repairs: Perfect for wall stems, curbs, and vertical cracks where liquid fillers would run. Control Joints: Filling joints on floors where you need the material to stay flush with the surface. Wall Defects: Patching spalls and imperfections in concrete walls or pillars. Pre-Coating Prep: Sealing cracks before applying high build epoxy or polyaspartic systems. Key Advantages Non Sag Gel Formula: Stays in place on vertical surfaces without dripping or sagging. 100% Solids and No VOC: Solvent free formulation with virtually no odor during application. 1 to 1 Mix Ratio: Simple, equal part mixing for consistency on the jobsite. Superior Bond Strength: High mechanical properties designed for industrial and commercial traffic. Excellent Compatibility: Engineered to be coated over with any epoxy, urethane, or polyaspartic system. Why Professional Installers Use It Unlike liquid repair resins that can disappear into the subgrade or run down a wall, this gel epoxy stays in the "v-groove." This saves you material and labor by eliminating the need for multiple applications. It gives you the time to tool the repair perfectly flush before it sets. Application Guidelines Mixing: Combine Part A and Part B at a 1 to 1 ratio by volume. Mix thoroughly for 3 minutes until a uniform color is achieved. Placement: Use a flat putty knife or steel trowel to press the gel into the crack or spall. Finishing: Tool the material flush with the surrounding concrete. Once cured, the material can be ground or sanded smooth using a diamond grinder. Frequently Asked Questions What makes this different from liquid crack repair? This is a high viscosity gel. While liquid repairs are designed to soak deep into a crack, this gel is designed to bridge gaps and stay in place on vertical surfaces or wide cracks without running. Can I use this on walls? Yes. The non sag formula is specifically engineered for vertical applications like wall stems, curbs, and pillars. How fast can I coat over it? Cure times vary by temperature, but once the material is hard to the touch and ground smooth, it is ready for your primer or base coat. Is this compatible with polyaspartic topcoats? Yes. Being 100 percent solids epoxy, it is a stable base for almost all epoxy and polyaspartic coating systems. Can this be sanded or ground? Yes. Once fully cured, it grinds cleanly without gumming up diamonds, allowing you to create a perfectly seamless transition on the floor. Is it safe for interior residential use? Absolutely. It has zero VOCs and very low odor, making it ideal for basements, garages, and commercial interiors. What is the shelf life? Under normal storage conditions in unopened containers, the shelf life is typically one year. Do I need to prime the crack first? No. This material is designed to bond aggressively to clean, dry, and mechanically profiled concrete without a separate primer. What tool is best for applying this gel? A stiff putty knife, a 6 inch broad knife, or a small steel margin trowel works best for pressing the gel into the repair area. Can I use this for expansion joints? This is a rigid repair material. For moving expansion joints, we recommend a flexible joint filler; however, for static contraction joints, this gel is an excellent choice.

Performance Benefits High bond strength to concrete substrates for long lasting adhesion. Excellent durability and chemical resistance for demanding environments. Recommended Applications Crack and surface defect repair prior to epoxy flooring. Filling voids, pinholes, and minor surface imperfections. Surface preparation before installing resinous floor systems. Typical Uses Industrial and manufacturing facilities. Warehouses and logistics centers. Commercial and retail floors. Garages and parking structures. Food and beverage processing areas. Healthcare, educational, and pharmaceutical facilities. OneStopEpoxy.com where nationwide shipping on crack and joint fillers is always free.

Premera Easy MVB Premera EasyMVB is a unique surface treatment for concrete consisting of specialized reactive chemicals in a colloidal silica matrix. EasyMVB can be used as a concrete treatment to penetrate into concrete and creates a moisture vapor barrier within concrete by reacting with and sealing pores and capillaries, eliminating vapor transmission and solving hydrostatic pressure challenges. EasyMVB is also a complementary pre-primer treatment for Premera’s sol-gel based products. When used in combination with Premera FP1 Fusion Primer, up to 25 lbs of moisture vapor can be withstood, effectively eliminating adhesion issues caused by moisture vapor. When applied to concrete or any pozzolanic material, Premera EasyMVB penetrates to seal, densify and thereby harden cementitious surfaces. Premera EasyMVB is formulated to penetrate and block capillaries by reacting with free calcium hydrates to form an insoluble, permanent barrier. It effectively eliminates efflorescence, improves water resistance, water repellency, and surface properties of cementitious materials. Premera EasyMVB is recommended for use as a pre-priming surface treatment on floorings, liners in immersion application, and adhered waterproofing membranes – including structures under hydrostatic pressure. Premera EasyMVB may be used as a standalone surface treatment in certain applications. Features: Environmentally friendly, zero VOC Blocks up to 25 lbs of hydrostatic pressure Prevents efflorescence from occurring Can polish concrete after HLT is usedReduces risk of moisture out-gassing, pin-holing, and blisters in top coats