Industrial Floor

Coating.

Industrial floors need to survive heavy equipment, chemical exposure, and 24/7 operation. Our thick-mil epoxy and quartz systems are engineered for the toughest environments.

How the System Is Built

The actual layers and materials — and why each one matters for the finished floor.

1. 1
   Shot-blast or grinding prep

   Industrial slabs always get the deepest profile we cut — CSP-4 or higher. Heavy equipment doesn't forgive a thin profile, and chemical exposure demands maximum mechanical lock.

2. 2
   Joint reconstruction

   Old industrial control joints often spall under decades of equipment load. We chase, fill, and rebuild joints to support continuous wheel transfer without further breakdown.

3. 3
   Chemical-resistant primer

   Primer chemistry matched to the chemical exposure. Acid-resistant for plating shops, solvent-resistant for chemical plants, neutral for general manufacturing.

4. 4
   Thick quartz or trowel-applied buildup

   Buildup thickness scales with use. Light industrial: single quartz broadcast. Heavy: double broadcast or trowel-applied mortar system reaching 1/4" to 3/8" total.

5. 5
   Chemical-resistant topcoat with safety markings

   Final urethane or polyaspartic engineered for the specific chemistry, with safety striping, traffic lanes, and equipment markers inlaid.

Benefits

What this system actually delivers in daily use.

• Rated for heavy equipment loads — forklifts, transport carts, fixed machinery
• Chemical resistance specified to your actual exposure profile
• Thermal cycling resistance for spaces with high-temperature processes
• Phased install protocols that keep operations running during the project
• Permanent safety striping and equipment markers inlaid into the topcoat
• Service life 15-25+ years under continuous industrial use

Our Process for Industrial Floor Coating

Step-by-step from consultation through return-to-service.

1. 1
   Engineering consultation

   We walk the facility with your operations and EHS teams, identify chemical exposures and equipment loads, and engineer the spec to the use case.

2. 2
   Phased prep schedule

   Production zones phased so operations continue. HEPA-shrouded grinders and containment where required.

3. 3
   Industrial buildup

   Primer, quartz or trowel-mortar buildup, and chemical-resistant topcoat applied in phases.

4. 4
   Striping, inspection, and EHS documentation

   Final striping, walkthrough, and product data sheets for EHS records.

What to Expect

An engineered industrial floor lasts 15-25 years under continuous operation when the spec matches the use case. The single biggest failure mode is under-spec — a $4/sqft generic commercial floor in a chemical-exposure environment fails in 12-18 months. Match the chemistry to the exposure and the floor lasts decades. In DFW we work with manufacturing, distribution, aerospace, and chemical facilities; each gets a tailored spec based on the chemicals, loads, and thermal cycling involved. Maintenance is daily auto-scrub, periodic re-stripe where needed, and topcoat refresh on highest-traffic zones every 5-10 years. We provide EHS documentation and SDS records for your safety officer.

Common Questions

Ready to Upgrade Your Floor?

Free consultation. No pressure. Just honest work and industrial-grade results.