Introducing the Epoxy.com Technical Resources & Education Center

Choosing an epoxy system is rarely as simple as selecting a product from a list.

The condition of the concrete, expected traffic, chemical exposure, temperature, humidity, surface preparation, installation sequence, and long-term maintenance all influence whether a system performs as intended.

That is why we created the new Epoxy.com Technical Resources & Education Center.

The center brings together practical engineering guidance, installation information, system-selection help, and field-tested answers developed from more than four decades of experience with industrial flooring and resin systems.



Visit the Epoxy.com Technical Resources & Education Center

Practical Information for Real Projects

The Technical Resources & Education Center is designed for contractors, facility managers, architects, engineers, maintenance departments, and property owners who need dependable information before materials are ordered or work begins.

Current resources include guidance on:

  • Epoxy floor thickness and system construction
  • Maintaining system integrity
  • Surface preparation and concrete conditions
  • Anti-skid aggregate selection
  • Humidity, dew point, and condensation
  • Cold-weather installation and curing
  • Recoat sequencing
  • Lifecycle cost and system value
  • Novolac epoxy selection
  • Installation procedures and field checklists
  • Product-specific installation instructions

These are not generic summaries assembled simply to fill a webpage. They are intended to help readers understand the decisions that affect installation quality and long-term performance.

A Growing Technical Library

The center will continue to expand as we add new guides, answer recurring questions, and address problems encountered in the field.

During the coming weeks, we will highlight individual resources here on Epoxy.com News and Tips. Each spotlight will introduce a practical subject and link to the complete technical guide on Epoxy.com.

Topics will include environmental conditions, surface preparation, system thickness, chemical resistance, installation planning, product selection, and other issues that can determine whether an epoxy project succeeds or becomes an expensive lesson.

Start With Better Information

The best time to solve an epoxy problem is before the material is mixed.

Good planning can prevent many of the most common difficulties, including poor adhesion, incomplete cure, trapped moisture, incorrect film thickness, missed recoat windows, unsuitable aggregate selection, and choosing a system that does not match the service environment.

We invite you to explore the new center and return often as the library grows.



Explore the Technical Resources & Education Center


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Technical Resources Spotlight #2

How Thick Should an Epoxy Floor Be?

Epoxy floor thickness is not a one-size-fits-all decision.

The right system depends on the environment, the type of traffic, the expected impact, the chemical exposure, and the level of long-term performance required.

Our latest Technical Resources Spotlight explains how epoxy floor thickness is actually built and why thickness alone does not determine durability.

The guide compares coating systems, reinforced broadcast floors, decorative chip systems, quartz systems, and troweled epoxy floors. It also explains how different systems respond to abrasion, concentrated impact, and real-world service conditions.

This resource is especially useful for contractors, facility managers, architects, engineers, and property owners who need to understand:

  • The difference between a coating and a reinforced flooring system
  • How broadcast layers build measurable thickness
  • Why chip and quartz systems perform differently
  • When a second broadcast layer provides a real benefit
  • How broadcast and troweled systems compare
  • Why the correct thickness must match the actual environment

Read the complete technical resource:

Epoxy Floor Thickness: Broadcast vs. Troweled Systems Explained »


Explore additional practical guidance, installation information, and real-world epoxy system experience in the Epoxy.com Technical Resources & Education Center.

Browse the Technical Resources & Education Center »

Need help determining the right flooring system for your application? Epoxy.com Technical Support can help you evaluate the environment, service conditions, and performance requirements.

Contact Epoxy.com Technical Support »


Coming Up Next:
The next featured resource from the Epoxy.com Technical Resources & Education Center.

Concrete Crack Healer and Sealer

Fast Crack Healer and Sealer for Concrete Floors

When concrete floors start to show signs of cracking or surface wear, repairing them quickly and effectively can prevent costly downtime. Epoxy.com Product #684LV is a methyl methacrylate (MMA) resin system designed to penetrate, bond, and seal concrete surfaces — not just on bridge decks, but anywhere durable protection is needed.


What Makes #684LV Different

Unlike typical epoxies or sealers, #684LV is ultra-low viscosity and fast-curing. It seeps deep into cracks and pores in the concrete, restoring structural integrity while sealing out moisture and contaminants. Once cured, it forms a clear, tough, chemical-resistant surface that can be top-coated or left exposed.

  • Fast cure: typically 30–45 minutes even at low temperatures.
  • Deep penetration: bonds within the concrete matrix.
  • Chemical resistance: excellent for acids, fuels, and solvents.
  • Low downtime: floors can be reopened to traffic within an hour.

Ideal Uses Beyond Bridge Decks

While #684LV is trusted for infrastructure work, it’s equally effective in:

  • Industrial plants and warehouses – quick repairs between shifts.
  • Food and beverage facilities – sealing cracks to prevent bacterial growth.
  • Retail and commercial floors – keeping polished concrete from spalling.
  • Chemical and wastewater facilities – long-term protection from vapor intrusion.
  • Parking decks and ramps – extending the life of exposed slabs.

Wherever rapid turnaround and strong bonding are required, #684LV is a proven performer.


Application Notes

  1. Prepare the surface by cleaning and drying the concrete thoroughly.
  2. Flood-coat or broom-apply #684LV until refusal — allow penetration.
  3. Optional broadcast: silica sand for slip resistance or mechanical profile.
  4. Reopen to traffic within approximately one hour (temperature dependent).

For severe cracking, the material can also be pressure-injected to restore internal bond.


The Bottom Line

Epoxy.com Product #684LV gives contractors and facility managers a fast, permanent way to stop cracks before they grow — without waiting days for cure time. It’s a simple, reliable solution for extending the life of your concrete floor systems.


For more information contact:

Epoxy.com 
A Division of Epoxy Systems, Inc
A Vermont Corporation 
USA 

We have products that have passed the test of time as well as the best new Systems available today.

Since 1980 – 40 years of the highest quality products

Hours: 9AM-4PM Eastern Time (6AM-1PM Pacific Time)

Closed for lunch from 12Noon to 1PM


321-206-1833  Customer Service – Ordering and Order Status
                         Katey Lambert-Fontaine, VP – Chief Operations Officer
                         sales@epoxy.com

                        Technical Support
352-533-2167  Norm Lambert, President – Technical Support Director 
                         info@epoxy.com

Prep Your Floor for Epoxy

How to Prep Floors, Edges, Corners, and New Concrete Before Installing Epoxy Flooring

When it comes to epoxy flooring, the success of your installation depends on proper surface preparation. Customers often ask: Should I use shot blasting or diamond grinding? How do I handle corners and edges? What about new concrete patches or ramps? Let’s break it down.


Shot Blasting vs. Diamond Grinding

Both shot blasting and diamond grinding are excellent ways to prepare a concrete surface for epoxy coatings.

  • Shot blasting uses steel shot to clean and profile the surface. It creates an aggressive texture and is especially effective for large, open areas.
  • Diamond grinding uses rotating diamond segments to abrade the surface. It leaves a flatter profile and is a good option when you need precision or when shot blasting isn’t practical.

The choice often comes down to the size and condition of the floor. In many cases, contractors will use both methods—shot blasting for the main area, followed by grinding for touch-ups.


What About Corners and Edges?

No blaster or grinder reaches all the way into tight corners and along edges. That’s where hand tools come in.

  • A wood floor edger or hand grinder can handle most edges.
  • For stubborn corners, a scaler (an air hammer fitted with needle-like points) works especially well.
  • In tough spots, even a sharp chisel can help remove weak or unsound concrete.

The good news: corners typically don’t see heavy traffic, so the goal is simply to make them sound and as well-prepared as possible.


Avoid Concrete Patches Under Epoxy

It’s tempting to repair ramps, height transitions, or cracks with regular concrete. But we don’t recommend it. Concrete patches are prone to cracking and loosening over time, creating voids beneath your epoxy system.

This risk is even greater in facilities dealing with chemical vapors—such as former dry-cleaning plants with PERC contamination—because trapped vapors can accelerate deterioration of weak patches.


The Better Solution: Epoxy Mortar

Instead of concrete, we recommend making repairs with an epoxy mortar. Mix Epoxy.com Product #12 Primer with silica sand to form a strong, durable patching compound. This bonds tightly to the existing slab and is fully compatible with your epoxy coating system.

This approach ensures your “ramp” or patch area blends seamlessly with the rest of the coated floor—and stays solid for years to come.


Understanding the 28-Day Rule

A common question is whether epoxy primers can be applied to freshly poured concrete. The answer: not yet.

The 28-day cure time is a requirement of the concrete itself, not the epoxy. The American Concrete Institute (ACI) sets this standard to ensure concrete reaches full strength before coatings are applied.

So, if you’re installing new concrete in part of your floor, coat the existing slab right away, but leave the new section until it has cured for 28 days. Then, come back with the same epoxy primer and coating system. The new section will blend in with the rest of the floor.


Key Takeaways

  • Use shot blasting for aggressive profiling and diamond grinding for precision.
  • Prep corners and edges with hand tools like grinders, scalers, or chisels.
  • Avoid patching with concrete—use an epoxy mortar made from #12 primer and silica sand instead.
  • Follow the 28-day cure rule for new concrete; it’s about the concrete, not the epoxy.

By following these guidelines, you’ll create a strong, continuous epoxy floor that resists chemical attack, handles traffic, and protects your concrete substrate for the long term.

For more detailed information

Contact Us Today:

📞 Call: 321-206-1833 (orders)

📞 Technical Support: 352-533-2167

📧 Email: sales@epoxy.com

🌐 Visit: www.epoxy.com