Cementitious urethane flooring for environments with extreme thermal cycling — hot washdown, steam cleaning, boiling liquid spills, and freeze-thaw conditions that crack standard epoxy and polyurethane coatings. Installed nationwide.
- Systems: cementitious urethane mortar flooring — a urethane-cement hybrid with a coefficient of thermal expansion matched to concrete, allowing the system to expand and contract with the slab instead of fighting it
- Temperature Range: continuous operating temperature from -40°F to 220°F; intermittent exposure to 250°F+; thermal shock tolerance exceeding 150°F differential
- Why Standard Coatings Fail: epoxy and polyurethane coatings expand at a different rate than concrete — rapid temperature change creates shear stress at the bond line, leading to cracking, blistering, and delamination; failure threshold for standard epoxy is typically 50–70°F of rapid differential
- Common Thermal Shock Conditions: 180°F+ steam cleaning and hot water washdown on 35–45°F cooler floors; hot oil and grease spills at 350°F+ on ambient surfaces; CIP solution runoff; oven and fryer adjacency; defrost cycles in cold storage; autoclave and sterilization drainage
- Compressive Strength: 8,000–10,000+ PSI; tensile bond strength exceeding 300 PSI to properly prepared concrete
- Chemical Resistance:: organic acids, caustics, CIP solutions, bleach, and most industrial solvents — the same chemicals that attack epoxy binders under thermal stress
- Applications: food and beverage processing; pharmaceutical manufacturing; chemical processing; commercial and institutional kitchens; breweries and distilleries; dairy processing and cold storage; industrial laundries; any facility with steam cleaning, hot washdown, or rapid temperature cycling
- Installation: in-house W-2 crews; experienced field leadership; nationwide mobilization from Dallas-based operations; est. 1999
- Leadership: former Fortune 500 COO; operations oversight + QA/closeout discipline
- Deliverables: slab assessment, surface prep + moisture verification, cementitious urethane installation, resistance and bond testing, closeout documentation
Phone: +1 (844) 687-1961
Thermal shock is the leading cause of floor coating failure in food processing, pharmaceutical, and industrial manufacturing environments. The mechanism is simple: epoxy and polyurethane coatings have a coefficient of thermal expansion that differs significantly from concrete. When hot liquid hits a cold floor, the coating expands faster than the slab, creating shear stress at the bond line. Repeated daily cycling — washdown, production, washdown — progressively weakens the bond until the coating cracks, delaminates, or blisters. In food processing, temperature differentials of 130–180°F are routine. The failure threshold for standard epoxy is 50–70°F. The math doesn’t work.
Cementitious urethane solves this because the Portland cement in the urethane matrix has a coefficient of thermal expansion nearly identical to the concrete substrate. The entire system — slab, primer, and urethane mortar — expands and contracts together as a monolithic unit. There is no differential stress at the bond line. Craftsman Concrete installs cementitious urethane flooring in every environment where thermal shock destroys conventional coatings. Our team evaluates your facility’s thermal conditions and recommends the appropriate system — including thickness, finish texture, drainage, and any supplementary moisture mitigation. A Craftsman specialist will respond within one business day.
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