Polished concrete floors.
Defined before they’re built.

Most concrete slabs can be polished. Existing flooring, adhesives, coatings, softness, contamination, repairs and moisture can affect the preparation required and the final appearance. Depending on the slab, surface grouting, repairs or other corrective treatments may help overcome those conditions. New concrete also needs careful evaluation. We have seen many newly placed slabs where poor placement or finishing made the client’s desired result difficult to achieve. If polishing is planned, involve Hâpax before the concrete is placed so the pour and finish can support that goal. Send photographs, the approximate area and details of anything currently covering the slab. We can help explain what is achievable and what preparation may be needed.

Hâpax’s published planning range for typical polished concrete is $10–$18 per square foot, with residential and specialty flooring projects starting at $7,500. Removal, slab repairs, aggregate exposure, edge work, color and access affect the proposal. Larger commercial projects are evaluated individually. A small area or difficult slab should not be budgeted by multiplying square footage alone.

No. Polished concrete is mechanically refined through grinding, honing and polishing. Grind-and-seal combines mechanical preparation with a topical sealer or coating. Both offer different appearance, performance and maintenance options.

Our pricing is based on the actual preparation, finish and performance requirements of each project. Neither system is automatically the less expensive option. Slab condition, repairs, aggregate exposure and the specified sealer or coating all affect the scope and cost.

Aggregate exposure and sheen are separate choices. The original slab and grinding depth influence how much stone appears; the polishing specification influences reflection. A reference photograph helps define direction, but it cannot guarantee a matching floor. Existing placement, patches and slab history remain part of the result.

Not necessarily. Selected repairs and joint filling can improve the finished appearance, but they may remain visible and movement can continue. Hâpax defines repair scope and appearance expectations before work begins. Where an on-site sample is appropriate, it can help establish the finish direction without promising that every area of the slab will be identical.

A glossy appearance does not automatically mean a slippery floor. Polished concrete can provide strong slip resistance, including under wet testing. Testing commissioned by the Concrete Polishing Council found that polished-concrete samples across multiple aggregate exposures and gloss levels exceeded the wet-friction benchmark referenced in the study—even at very high gloss. Actual traction depends on the finished surface, protective treatment, maintenance and conditions underfoot. Water, oil, soap and other contaminants can affect traction. Where wet conditions are expected, the floor should be evaluated for its intended use, with project-specific testing when appropriate.

Concrete Polishing Council: wet slip-resistance testing

Remove grit routinely, clean spills promptly and use a suitable neutral cleaner with the recommended equipment. Polished concrete is not maintenance-free or stain-proof. Traffic and the selected protective treatment determine ongoing care; Hâpax provides finish-specific guidance rather than a universal resealing schedule.

For Hâpax’s standard polished-concrete densifier and penetrating stain protector, new concrete must cure at least 28 days. Moisture, finishing quality and jobsite conditions may require more time. For new construction, involve Hâpax before placement so finish expectations, joints, access and slab protection can be coordinated with the builder.

Financing is available for all Hâpax offerings, subject to approval and applicable terms. Availability, approval and terms are reviewed separately from Hâpax’s project recommendation and written proposal.