Industrial Floor Coatings Barrie

Step 1, Map traffic, chemicals, temperatures, cleaning, drains, joints, moisture, contamination, texture, colour, and shutdown by zone.

Step 2, Test the slab, complete mockups, isolate operations, and mechanically prepare to the specified sound profile.

Step 3, Repair concrete, cracks, joints, coves, drains, penetrations, and transitions according to movement and exposure.

Step 4, Apply primer, body, aggregate, grout, and topcoats within ratio, pot life, coverage, recoat, temperature, and humidity limits.

Step 5, Inspect adhesion, continuity, thickness, cure, texture, and terminations before documented return to operational loading.

Industrial flooring is installed as a complete substrate-to-service assembly. Harrowgate controls preparation depth, repair compatibility, resin mixing, aggregate loading, cove continuity, temperature, and cure so the floor is ready for the documented process rather than merely dry to the touch.

Process and traffic assessment. We record chemical names and concentrations, spill temperature, contact duration, cleaning agents, wash temperature, wheel material, axle loads, impact points, static control needs, and shutdown limits. This separates chemical containment zones, wet production, dry logistics, machine areas, and general circulation into rational system types.

Aggressive substrate preparation. Shot blasting removes weak paste and creates a uniform profile over open production floors. Diamond grinding addresses dense surfaces, edges, and residues. Scarifying or milling removes thick failed systems and contaminated surface concrete. Dust extraction and isolation keep preparation debris out of bearings, controls, stored product, and adjacent operating lines.

Repairs and anchoring details. We rebuild broken joints, slab edges, drain shoulders, equipment-pad transitions, and impact damage with high-strength compatible mortars. Cementitious urethane systems may receive anchor grooves at perimeters, drains, doorways, and terminations so thermal and mechanical stress does not peel the edge. Moving joints are preserved through the finish.

Coves, falls, and process details. Integral coves eliminate an open floor-to-wall joint in wash areas. We form cove radius and termination height consistently around columns, curbs, and equipment bases. Local screeds restore positive drainage to trenches and floor drains where feasible. The waterproof or chemical-resistant layer is carried continuously through these details.

Body system placement. Self-levelling resin is gauge-raked and spike-rolled, broadcast systems receive graded aggregate to refusal, and mortar screeds are trowelled to the specified depth. Cementitious polyurethane components are mixed in complete premeasured units and placed rapidly because working time is short. Crew size and batch staging maintain a live edge.

Finish and process turnover. Seal coats control porosity and lock aggregate. Colour coding identifies traffic, quarantine, chemical, and safety zones. We inspect pinholes, terminations, texture, and drain flow, then hold the area until it reaches the system's required cure for forklifts, washdown, heat, or chemical exposure. Those release times are not assumed to be equal.

A facility turnover plan identifies compatible cleaning methods, where aggressive chemicals need immediate recovery, and which joints and drain interfaces require routine inspection. We also record high-wear zones so future maintenance is targeted before the membrane or body coat is exposed. This is particularly important at turning lanes, dock approaches, filler lines, and hot-discharge points.