4 years

of experience

Custom Epoxy Surfaces for Kitchens and Bars

FloorLabs Epoxy creates durable, high-gloss countertop systems in Cincinnati, Ohio.

If you are replacing an old countertop or building a new bar surface, epoxy offers a way to create a seamless, customized finish that resists stains, heat, and daily wear. Unlike natural stone or laminate, epoxy can be poured and shaped to fit irregular edges, wrap around corners, or cover large surfaces without visible seams. The result is a smooth, high-gloss finish that holds up under cutting boards, hot pans, and the kinds of spills that happen in busy Cincinnati kitchens.

FloorLabs Epoxy begins each countertop project by evaluating the substrate, which can be plywood, existing laminate, or concrete. The surface is cleaned, sealed, and leveled before the epoxy is mixed and poured. You can choose from solid colors, metallic finishes that create depth and movement, or custom blends that match your cabinets and backsplash. The cured surface is nonporous, which means liquids do not soak in, bacteria cannot settle into cracks, and cleaning requires only a damp cloth and mild soap.

If you want to see samples or talk through design options, reach out to FloorLabs Epoxy in Cincinnati for a design consultation.

What Goes Into Building a Countertop That Lasts

Creating a countertop in Cincinnati starts with substrate preparation, which involves sanding, sealing, and sometimes reinforcing the base to prevent flexing. Edges are built up with additional material, and any seams or gaps are filled before the epoxy is applied. The epoxy is mixed in small batches, poured in layers, and spread evenly across the surface using trowels and squeegees.

Once the epoxy cures, the countertop becomes a single solid surface that resists staining from wine, coffee, and oil. You can place hot cookware on the surface without leaving marks, and the finish will not chip or peel under normal kitchen use. The high-gloss topcoat adds scratch resistance and makes cleaning effortless, even after preparing messy meals or hosting gatherings.

Curing takes 24 to 48 hours for light use and up to a week for full hardness. The countertop should not be used for food prep or exposed to heavy impact during this time. Epoxy does not cover structural issues with cabinets or base supports, and any movement in the substrate can cause cracking. Proper prep ensures the surface remains stable and long-lasting.

People often have the same questions before starting a countertop project

Homeowners and business owners in Cincinnati typically ask how the surface holds up to heat, whether it scratches easily, and how long the process takes from start to finish.

How durable is an epoxy countertop?
Epoxy countertops resist staining, moisture, and daily wear from cutting boards and cookware. With proper care, they last 10 to 15 years or longer without needing refinishing.
Can the surface handle hot pans?
Epoxy is heat-resistant and can handle brief contact with hot cookware. However, using trivets or heat pads is recommended to preserve the finish over time.
What design options are available?
You can choose solid colors, metallic finishes, or custom blends that include pigments, dyes, and embedded materials. The design can be tailored to match your space or create a focal point.
How long does installation take?
Most countertop projects take two to three days, including substrate prep, epoxy application, and curing. The surface can be lightly used after 48 hours but should not bear heavy weight for up to a week.
Is epoxy a good alternative to granite or quartz?
Epoxy offers similar durability at a lower cost and allows for more design flexibility. It is seamless, nonporous, and can be customized to fit any shape or size.

FloorLabs Epoxy evaluates the base material and overall layout before recommending a countertop system, ensuring the substrate is stable and the design matches your expectations. If you are ready to move forward or want to see color and finish samples, contact our team in Cincinnati for a design consultation.