Industrial facilities operate in harsh environments where moisture, chemicals, temperature extremes, and mechanical wear constantly attack structural steel, equipment, tanks, piping, and concrete surfaces. Without proper protective coating systems, corrosion accelerates, compromising structural integrity, creating safety hazards, and leading to costly emergency repairs or premature asset replacement.
TMI Coatings specializes in industrial painting and protective coating systems engineered to withstand real-world manufacturing, processing, and utility environments. Since 1985, we’ve protected steel structures, process equipment, storage tanks, piping systems, concrete surfaces, and critical infrastructure for manufacturing plants, power generation facilities, water treatment operations, and industrial complexes throughout the continental United States.
Our AMPP QP1 and QP2-certified crews follow strict surface preparation standards, apply coating systems to manufacturer specifications, and maintain comprehensive safety and quality controls on every project, delivering corrosion protection that lasts and asset preservation you can count on.
Corrosion protection for building frames, support structures, platforms, catwalks, stairs, railings, and structural steel throughout industrial facilities.
Exterior protective coatings for above-ground storage tanks, process vessels, silos, hoppers, and bulk storage structures.
Industrial coating systems for exposed process piping, ductwork, exhaust stacks, and mechanical systems requiring corrosion protection or identification.
Protective coatings and refinishing for industrial equipment, machinery, conveyors, and process equipment exposed to corrosive or abrasive conditions.
Protective coating systems for concrete walls, ceilings, structural elements, and surfaces exposed to moisture, chemicals, or environmental degradation.
Industrial painting services for unique or challenging structures including smokestacks, chimneys, cooling towers, water towers, and elevated infrastructure.
Versatile, high-solids epoxy primers and topcoats provide excellent adhesion, chemical resistance, and durability for general industrial applications.
UV-resistant, chemical-resistant topcoats that maintain color and gloss in outdoor exposure while providing superior weathering performance.
Sacrificial corrosion protection for structural steel in severe exposure environments. Zinc primers protect steel even when coating is damaged.
Thick-film coatings that provide corrosion protection and fill surface irregularities in fewer coats—reducing application time and labor costs.
Traditional industrial coatings for moderate exposure environments where maximum chemical resistance isn’t required.
Premium sacrificial protection for critical structural steel, bridges, and infrastructure exposed to severe corrosion conditions.
Fire-rated coating systems that protect structural steel and meet building code requirements for fire resistance.
Since 1985, TMI Coatings has protected tanks, towers, floors, roofs, and industrial facilities for manufacturers, municipalities, and utilities across the continental United States. Our AMPP QP1 and QP2 certifications, in-house trained crews, and Customer Confidence Guarantee mean every project is completed to specification, on schedule, and with full documentation.
See how TMI solves real coating challenges for industrial facilities, municipalities, and critical infrastructure owners across the continental U.S.
Project Profile
TMI Coatings painted nearly one mile of pipe and 100 supports at an ethanol plant. Epoxy primer plus urethane topcoat. Shutdown-scheduled. AMPP QP 1 and QP 2 certified.
Project Profile
TMI Coatings painted a methanol storage tank and replaced a failed rubber containment dike liner with urethane elastomer coating. Dual-scope, single mobilization. AMPP QP 1 and QP 2.
Project Profile
TMI Coatings painted four storage tanks for POET, the world’s largest ethanol producer. Sherwin-Williams Macropoxy 646 plus Corothane 1. Firm deadline met. AMPP QP 1 and QP 2.
Project Profile
TMI Coatings repainted hundreds of linear feet of water treatment piping with Tnemec Series 138 epoxy mastic. Color-coded system. 20+ years deferred maintenance. AMPP QP 1 and QP 2.
Project Profile
TMI Coatings restored spalling concrete and applied waterproof coating on silos at three New Cooperative sites. Rebar protection, cementitious mortar, acrylic system. AMPP QP 1 and QP 2 certified.
Project Profile
TMI Coatings painted hundreds of linear feet of mechanical room piping in six-color coded system at cheese manufacturing facility. Congested space rigging. AMPP QP 1 and QP 2 certified.
Project Profile
TMI Coatings sandblasted and painted a 300,000-gallon tank in December using cold-weather coating technology rated to 0 degrees F. SSPC-SP6 prep. AMPP QP 1 and QP 2 certified.
Industrial painting focuses on corrosion protection and asset preservation in harsh operating environments using engineered coating systems and strict surface preparation standards. Commercial painting is primarily aesthetic. Industrial projects involve heavier surface prep, specialized coating systems, safety protocols, and performance specifications that commercial painting does not require.
Service life depends on environment, coating system, and maintenance. Properly specified and applied industrial coating systems typically perform for 10 to 20 years or longer. Severe exposure environments (chemical plants, coastal locations, wastewater facilities) may require more frequent maintenance. Regular inspections extend coating life.
Yes. Many industrial painting projects are completed while facilities remain partially or fully operational. We phase work, schedule around production, implement containment and safety controls, and coordinate closely with facility teams to minimize disruption.
Surface preparation depends on substrate condition and coating system requirements. Options include abrasive blasting (SSPC-SP10, SP6, SP7), power tool cleaning (SSPC-SP3, SP11), or water jetting. Proper preparation removes rust, mill scale, failed coatings, and contaminants while creating the surface profile needed for coating adhesion.
Temperature, humidity, and dew point directly affect coating application and curing. Most coatings require minimum substrate temperatures (typically 40-50 degrees F), low humidity, and surfaces above dew point. We monitor conditions continuously and use environmental controls when needed to maintain proper application conditions.
Yes. We measure wet and dry film thickness throughout application using calibrated gauges. Measurements are documented and provided in project records. Third-party inspection coordination is available when specified by project requirements.
Safety measures include fall protection systems, confined space controls, respiratory protection, ventilation, containment, hazard communication, and site-specific safety plans. All personnel maintain current OSHA training and follow both regulatory requirements and site safety rules.
Yes. We can color-match existing coatings, apply custom colors per specification, and provide special finishes including high-gloss, textured, or safety colors. Color consistency is maintained through proper mixing and application procedures.
Our AMPP QP2 certification confirms our capability in hazardous coating removal. We follow EPA RRP regulations, OSHA lead standards, and state-specific requirements. Containment, worker protection, waste handling, and disposal are managed according to regulatory requirements.
We provide material certifications, surface preparation reports, environmental condition logs, coating thickness records, inspection reports, and as-applied documentation. This supports facility maintenance records, regulatory compliance, and warranty validation.