Every manufacturing operation has different demands. A stamping press needs impact resistance. A chemical line needs corrosion protection. An electronics assembly floor needs static control. A clean room needs dust containment. Regina Concrete designs and installs the slab and coating system that matches your specific process, then phases the work so production continues while the concrete cures.
In manufacturing, the floor is not decoration. It is load-bearing infrastructure. A fabrication shop with a weak slab spalls under dropped steel. A chemical plant with the wrong coating loses the floor to acid or alkali. An electronics line with a conductive floor can short a board. A pharmaceutical warehouse with a dusty slab contaminates finished goods.
For cleaner operations, dust-proof sealing closes the slab pores so it stops shedding particles. Each system is engineered to the process, not guessed at.
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Installation sequence
How Manufacturing Concrete Floors Get Built in Regina
Assess the process
We walk the floor with you, document the equipment, loads, chemicals, static or dust concerns, and identify the compliance or cleanliness standard the slab must meet.
Prepare the concrete
We grind, shot-blast, or scarify the existing slab, fill cracks and low spots, and ensure the surface is clean and sound so the new system bonds properly.
Install the system
We apply primer, the matched coating (heavy-duty, chemical-resistant, ESD, or dust-proof), and topcoat to manufacturer spec, with full documentation and testing.
Cure and hand off
Each section is cured to full strength, tested for performance, marked with the date it can carry traffic, and handed off with a maintenance schedule to keep it certified.
Not all manufacturing floors are the same. A stamping or fabrication shop needs a heavy-duty slab that shrugs off impact and load. A chemical processing line needs chemical-resistant epoxy or urethane that stands up to spills and aggressive cleaning.
An electronics or pharmaceutical operation needs ESD flooring that grounds static before it damages product. And a clean room or food prep area needs dust-proof sealing that stops the slab from shedding particles into the air. We match the system to the room, not the other way around.
Process loads, chemicals, static and dust requirements for industrial manufacturing concrete in Regina.
By matching it to the process. We confirm loads, chemicals, static or dust requirements and the cleanliness or compliance standard, then choose between heavy-duty, chemical-resistant, ESD or dust-proof systems.
Yes. A heavy-duty slab with a chemical-resistant coating handles both, the slab takes the impact and load, the coating sheds the spills. We engineer the combination to your specific chemistry.
ESD flooring is a grounded floor system that dissipates static electricity. Electronics, pharmaceutical and battery operations need it because a static discharge from a normal floor can damage products or trigger an event.
Usually. We phase the work cell by cell or shift the schedule to off-hours, so production keeps running while one area cures. The phasing plan is built with you before the first prep.
It depends on the room. Dust-proof sealing closes the slab against airborne dust at a fraction of a full coating's cost. Where chemicals, impact or static are also factors, the room needs a full system.
Client reviews
What Regina Manufacturers Say About Their Plant Floors
Describe the process, the loads, chemicals, static or dust concerns, and we will engineer a slab and coating system, prepare a detailed scope, and send a written quote within one business day.
