COVERAGE RATE

Surface porosity, temperatures, and application method will cause coverage rate to vary.

CURE SCHEDULE (70°F)

Surface porosity, temperatures, and application method will cause coverage rate to vary.

• Ambient temps & humidity, product and surface temps, airflow, mix time and cure speed

selected affect overall working times

APPLICATION TEMPERATURE: 20-90 degrees F with relative humidity below 85%

MIXING AND APPLICATION INSTRUCTIONS

APPLICATION PROCEDURE

1. Cut in edges using a chip brush. Do not allow wet edges to stand more than 5 minutes ahead of application of main body of floor.

**Mixed material should not remain in bucket

**Be mindful of environmental variables and affects on estimated working time

2. Pour mixed material across the surface. Use 8-12 mil notched squeegee to gauge material across surface achieving desired thickness

**Do not flip bucket upside down and allow to sit on surface

**Ensure you maintain a wet edge throughout application process

3. Pre-wet 18″ x 3/8″ nap roller and back roll the surface wall to wall with 50% overlap. Back roll should be perpendicular to your first pass

**Do not overwork material

**Ensure back roll is always either wall to wall or joint to joint for a consistent finish

4. Allow coating to dry: Slow: 3-4 Hours @ 70F

Medium: 2-2.5 Hours @ 70F

Fast: 1-1.5 Hours @ 70F

**Do not force Dry

**Recoat: 3-14 Hours @ 75F

***If coating has no broadcast aggregate, surface will need to be abraded using 80 – 100 sanding screen prior to recoat after the 12 hour window

For best mixing results and proper blending of parts A and B, recommend a Jiffy Mixer style drill mixer.

• Light Traffic: 8 Hours @ 75F
• Heavy Traffic: 24 Hours @ 75F
• Equipment Traffic: 48 Hours @ 75F

Use of an improper drill mixer can result in curing problems if the hardener also called activator (Part B) is not thoroughly blended with the resin (Part A) which can cause some areas on your floor to remain soft and not harden properly.  DO NOT USE A PAINT MIXER.  Most mixing problems described above can be traced back to using a paint mixer..  DO NOT HAND MIX as this approach can result in the same problems as using a paint mixer.

****IMPORTANT NOTE AFTER MIXING:****

Once parts A&B are thoroughly mixed, immediately pour 100% of all mixed product on the floor in a ribbon pattern, S or W shape over the area you want that amount of product to cover. The risk of leaving product in the bucket is that it will become hard and reduce the working time by a minimum of 50% and may harden and start smoking in the bucket before you get back to it.

MAINTENANCE 

Inspect the installed floor by spot-cleaning and repairing any damaged or cracked areas as needed. To extend the life of the flooring system , implementing a daily maintenance program is strongly recommended to help ensure the floor remains safe for its intended use.

PRECAUTIONS 

• Refer to Safety Data Sheets (SDS) for safety precautions
• Safety precautions must be followed during storage, handling and use
• Personal Protective Equipment (PPE) shall be worn at all times of the application process including but not limited to long sleeve shirts, safety glasses, nitrile gloves and properly fitting NIOSH respirators
• All sources of ignition must be turned off and the area should be properly and adequately ventilated during both the application and curing processes
• The mixing area should be located on or near the project site and securely covered with plastic, cardboard or a tarp to protect against drips and spills
• Stage all materials, tools and cleaning supplies in a shaded area – out of direct sunlight – within the mixing area before beginning the application process
• Clean the mixing station and application tools after use with a VOC exempt solvent. Always follow all legal, health and safety guidelines when handling or storing solvents and materials, especially when working in confined spaces
• Dispose of empty packaging and other waste in accordance with all applicable federal, state, provincial and local regulations

NOTICE TO BUYER: DISCLAIMER OF WARRANTIES AND LIMITATIONS ON OUR LIABILITYFloorguard Products® warrants that our products are manufactured to strict quality assurance specifications and that the information supplied by us is accurate to the best of our knowledge. Such information supplied about our products is not a representation or a warranty. It is supplied on the condition that you shall make your own tests to determine suitability of our product for your particular purpose. Listed physical properties are typical and should not be construed as specifications. NO WARRANTY IS MADE, EXPRESSED OR IMPLIED, REGARDING SUCH OTHER IFNORMATION, THE DATA ON WHICH IT IS BASED, OR THE RESULTS YOU WILL OBTAIN FROM ITS USE. NO WARRANTY IS MADE, EXPRESSED OR IMPLIED, THAT OUR PRODUCT SHALL BE MERCHANTABLE OR THAT OUR PRODUCT SHALL BE FIT FOR ANY PARTICULAR PURPOSE. NO WARRANTY IS MADE THAT THE USE OF SUCH INFORMATION OR OUR PRODUCT WILL NOT INFRINGE UPON ANY PATENT. We shall have no liability for incidental or consequential damages, direct or indirect. Our liability is limited to the net selling price of our product or the replacement of our product, at our option. Acceptance of delivery of our product means that you have accepted the terms of this warranty whether or not purchase orders or other documents state terms that vary from this warranty. No representative is authorized to make any representation or warranty or assume any other liability on our behalf with any sale of our products. Our products contain chemicals that may CAUSE SERIOUS PHYSICAL INJURY. BEFORE USING, READ THE MATERIAL SAFETY DATA SHEET AND FOLLOW ALL PRECAUTIONS TO PREVENT BODILY HARM.

What is a polyurea basecoat for concrete floors?

A polyurea basecoat is a 100% solids, fast-curing concrete coating designed to bond directly to properly prepared concrete and serve as the foundation layer of a floor system.

It is most commonly used as the base layer in:

• Full flake broadcast systems
• Quartz systems
• Solid color coatings

Why use a polyurea basecoat instead of epoxy?

Polyurea basecoats are ideal when you need speed, flexibility, and low-temperature application.

Key advantages:

• Extremely fast cure times (great for one-day systems)
• More flexible than epoxy, helping reduce cracking and delamination
• Stronger resistance to impact and movement
• Can be applied in much lower temperatures (20-90F) 

Epoxy is still a great option, but polyurea is often preferred for garage floors and fast-turnaround jobs. For help determining the best products for your project reach out to us at 630-675-4509 or [email protected].

Can this polyurea basecoat be applied in cold temperatures?

Yes — this product is designed for low-temperature applications down to 20°F.

This makes it ideal for:

• Unheated garages
• Winter installations
• Projects where temperature control is limited

Is polyurea a good choice for garage floors?

Yes — polyurea is one of the best basecoat options for garage floor systems.

It performs well in:

• Vehicle traffic and hot tires
• Oil, gas, and chemical exposure
• Moisture-prone environments

It’s especially popular when paired with a full flake broadcast system and polyaspartic topcoat.

How fast does this polyurea basecoat cure?

Polyurea cures very quickly, which is one of its biggest advantages.

Typical expectations:

• Short working time (must be applied efficiently)
• Fast turnaround for next steps (like broadcasting flakes or topcoating)
• Ideal for one-day installation systems

Does polyurea bond well to concrete?

Yes — when the concrete is properly prepared, this polyurea basecoat creates a strong bond to the surface.

For best results:

• Mechanically grind the concrete
• Remove dust and contaminants
• Ensure the surface is clean and dry

Proper prep is critical due to the fast cure speed.

Do I need a primer under this polyurea basecoat?

In many cases, this 100% solids polyurea can be applied directly to concrete.

However, a primer may still be recommended for:

• Porous or weak concrete
• Moisture-related concerns
• Certain system builds

What systems can this polyurea basecoat be used in?

This polyurea basecoat is commonly used in:

Full Flake Systems (Most Popular)

• Basecoat → broadcast flakes → polyaspartic topcoat
• Great for garages, basements, and shops

Quartz Systems

• Basecoat → quartz aggregate → clear topcoat
• Ideal for slip-resistant commercial floors

Solid Color Systems

• Basecoat with a clean, uniform finish

How is polyurea different from polyaspartic?

• Polyurea is best used as a basecoat because it bonds well and cures quickly
• Polyaspartic is typically used as a topcoat for UV stability and finish protection

Most high-performance systems use both together.

How long will a polyurea garage floor system last?

With proper prep and installation, polyurea systems are designed for long-term durability in residential and commercial environments.

Lifespan depends on:

• Surface preparation
• System build (flake, quartz, etc.)
• Traffic and maintenance

Is this polyurea basecoat resistant to chemicals and moisture?

Yes — it provides strong resistance to:

• Automotive fluids
• Household chemicals
• Moisture exposure

This makes it a reliable choice for garage and industrial floor systems.

What are the benefits of a 100% solids polyurea basecoat?

• No solvents
• No shrinkage
• High build and durability
• Stronger overall system performance

When should you not use a polyurea basecoat?

This product may not be ideal if:

• You need a long working time
• The installer is inexperienced with fast-setting coatings
• The concrete has significant moisture issues without proper mitigation

What is the best system to use with this polyurea basecoat?

For most garage floors, the recommended system is:

Polyurea Basecoat → Full Flake Broadcast → Polyaspartic Topcoat

This provides:

• Durability
• Slip resistance
• Clean, professional appearance

Final Takeaway

This polyurea basecoat is designed for fast, durable, low-temperature concrete coating systems, making it a strong choice for garage floors, commercial spaces, and time-sensitive installs.

Beautiful Color Line To Enhance Your Flooring Projects. Our E-Poly Pigment Is Sold In 32 Oz Quarts.  Easy To Use,  Just Pour And Blend.  Add 6-10 Oz Per Mixed Gallon Of Liquid, Depending On Desired Color.  For A More Richer, Deeper Color, Add 10 Oz Of Pigment Per Mixed Gallon Of Our E-Green Polyurea.  Each 32 oz Quart Of Pigment Colors 3-5 Gallons Of Floorguard Products E-Green Polyurea.