Allstar Epoxy applies epoxy and polyurea coatings to concrete floors across Oklahoma City, serving garages, warehouses, retail spaces, and basements. The work is high-traffic durable, typically lasting 10 to 15 years before recoating, and priced significantly lower than replacing concrete itself.
Epoxy floor coating bonds a hard resin layer directly to existing concrete. Polyurea, a faster-curing alternative, hardens in hours rather than days. Both resist oil stains, chemicals, water, and heavy foot or vehicle traffic. The finish ranges from matte to high-gloss and can include non-slip additives or decorative flakes. This approach works only on sound concrete; severely cracked or spalling slabs may need repair first.
Allstar Epoxy charges by square footage, with pricing that varies by concrete condition, prep work required, and coating type. Epoxy typically ranges from $3 to $8 per square foot for residential garages; polyurea runs $5 to $12 per square foot because application is faster and the material costs more. A 400-square-foot garage floor falls between $1,200 and $3,200 depending on the system chosen and whether the concrete needs grinding, patching, or chemical cleaning beforehand. Pricing assumes existing concrete in serviceable condition; severe damage adds prep costs. Contact them directly to confirm current rates, as material costs fluctuate.
The company handles both coating application and the surface preparation that determines durability. Inadequate prep (dust, oil residue, moisture) causes premature peeling, so the prep stage is not a cost to skip.
Most Oklahoma City concrete contractors either specialize narrowly or offer epoxy as one of many services. Allstar focuses on coating systems, which typically means deeper expertise in product selection and application technique than a general concrete company brings. A broad concrete firm might price epoxy lower but invest less time in surface prep; Allstar's narrower focus carries a higher likelihood of adhesion and longevity.
DIY epoxy kits (under $200 for small areas) exist but require strict moisture and temperature control and fail frequently on high-traffic surfaces. Professional application from Allstar includes material warranty and ensures the concrete environment is tested and controlled during curing.
Allstar suits homeowners and business owners with concrete that is structurally sound but stained, dull, or unprotected. Garages, warehouses, and commercial kitchens benefit most. Choose Allstar if you plan to stay in the space for at least five years; the cost recovers through reduced maintenance and staining.
Skip professional coating if your concrete is already heavily damaged (cracked, scaled, or spalling), has ongoing moisture issues, or if you expect to demo the space within two years. Basement floors below grade need moisture testing first; standing water problems require drainage fixes before coating.
A site visit typically involves concrete moisture testing, assessment of existing damage or staining, and discussion of use (light household traffic versus forklift loads). Moisture testing matters: epoxy fails if concrete wicks water from below. The contractor can recommend epoxy or polyurea based on cure time tolerance and durability needs.
If the slab is approved, prep begins: grinding to open the pores and remove sealers, degreasing if oil is present, and patching low spots or cracks. The coating is applied in two or more coats. Cure time before foot traffic ranges from 24 hours (polyurea) to 5 days (epoxy in cool weather). The space must remain undisturbed and temperature-controlled during cure.
Allstar Epoxy operates out of Oklahoma City proper and serves the metro area. Hours and specific address should be confirmed directly with the business, as service appointments are typically scheduled rather than walk-in. Work is done on-site; expect the job to take one to three days depending on floor size and prep needs.
Allstar Epoxy fills a practical gap for Oklahoma City property owners who want concrete protection without wholesale replacement and without the frequent resealing that bare concrete demands.
