Industrial Coatings Contractor - Epoxy, High-Temperature & Chemical Resistant Systems

Specialized industrial coatings for manufacturing, chemical plants, &extreme environments

What is industrial coating?

Quick Answer: Industrial coating is a specialized protective finish applied to manufacturing facilities, chemical plants, and production equipment. It resists corrosion, chemicals, extreme temperatures, and heavy abrasion while extending equipment life and improving safety. Services include epoxy systems, high-temperature coatings, anti-corrosion protection, and chemical-resistant finishes with certified applicators and comprehensive performance testing.

Specialized Industrial Coating Solutions

Moorhouse Coating specializes in high-performance industrial coating systems designed for extreme environments. Our industrial coatings protect against chemical exposure, high temperatures, corrosion, &severe abrasion in manufacturing, processing, &storage facilities.

With over 27 years of experience in industrial applications, we understand the critical performance requirements of industrial environments and deliver coating solutions that maximize equipment life and minimize downtime. Our expertise includes specialized bridge and infrastructure coating systems and parking garage protective coatings for long-term durability.

Specialized in epoxy, high-temperature, &chemical-resistant systems
Advanced surface preparation including abrasive blasting
Comprehensive performance testing and quality assurance

Industrial Coating Systems

  • Epoxy Coating Systems

    Chemical resistance, manufacturing floors, containment

  • High-Temperature Coatings

    Furnaces, boilers, exhaust systems up to 1000°F+

  • Anti-Corrosion Systems

    Marine environments, chemical processing, infrastructure

  • Chemical Resistant Coatings

    Storage tanks, processing equipment, containment areas

  • Fire-Rated & Intumescent

    Structural steel protection, 2-4 hour fire ratings

  • Manufacturing & Warehouse Coatings

    Heavy-duty floor systems, equipment protection

Our Industrial Coating Process

1

Engineering Assessment

Technical evaluation and coating system selection

2

Surface Preparation

Abrasive blasting and industrial-grade prep

3

Specialized Application

Advanced coating application with environmental controls

4

Performance Testing

Comprehensive testing and certification

Industrial Applications

Manufacturing Facilities

Heavy-duty floor coatings, equipment protection, chemical-resistant systems for production environments.

  • • Production floor coatings
  • • Equipment protective systems
  • • Chemical containment areas

Processing Plants

Chemical-resistant coatings for tanks, pipes, &processing equipment in harsh environments.

  • • Storage tank linings
  • • Pipeline protective systems
  • • Reactor vessel coatings

Warehouses & Distribution

Durable floor systems and protective coatings for high-traffic storage and distribution facilities.

  • • Heavy-traffic floor systems
  • • Loading dock protection
  • • Racking and equipment coatings

500+

Industrial Projects Completed

15-Year

Maximum Warranty Coverage

1000°F+

High-Temperature Rating

Technical Specifications

Coating System DFT Range Cure Time Chemical Resistance Service Temp
Epoxy Novolac 8-20 mils 24-48 hrs Excellent -40°F to 250°F
High-Build Polyurethane 4-12 mils 6-24 hrs Excellent -20°F to 300°F
Zinc-Rich Primer 2.5-4 mils 4-8 hrs Moderate -40°F to 400°F
Ceramic-Filled Epoxy 20-60 mils 48-72 hrs Excellent -40°F to 450°F
Silicone High-Heat 1-3 mils 1-4 hrs Moderate Up to 1200°F
Intumescent Fire-Rated 15-40 mils 24-48 hrs Good 2-hr fire rating

DFT = Dry Film Thickness. Specifications vary by manufacturer and application conditions. Compare epoxy vs polyurethane coatings

Proven Results

Chemical Processing Plant

Epoxy novolac system for acid containment areas and processing equipment.

Maintenance Costs -40%
Coating Lifespan 12+ years
View case study →

Data Center Facility

EMI shielding coatings with anti-static floor systems for server rooms.

EMI Attenuation >60dB
Downtime During Install Zero
View case study →

Manufacturing Floor

Heavy-duty urethane floor system for high-traffic forklift areas.

Surface Prep to Cure 72 hours
Abrasion Resistance +300%
Learn more →

Industrial Coatings Client Reviews

Real feedback from satisfied customers across the Southwest

"Moorhouse completed our 50,000 sq ft office complex on time and under budget. The attention to detail was exceptional."

Michael Chen
Tech Hub Office Park
Office Complex Painting
Phoenix, AZ

"They worked around our business hours perfectly. Zero complaints from tenants, and the results look fantastic."

Sarah Martinez
Desert Ridge Shopping Center
Retail Center Refresh
Scottsdale, AZ

"Professional team that delivered exactly what was promised. The project management was seamless."

Robert Johnson
Wells Fargo Tower
40-Story Tower Exterior
Dallas, TX
500+
Happy Clients
98%
Would Recommend
25+
Years Experience

Join hundreds of satisfied clients who trust Moorhouse Coating

Protect Your Industrial Facility with High-Performance Coatings

Get expert consultation on the right coating system for your application

Compare Industrial Coating Systems

Detailed comparison of epoxy, high-temperature, &anti-corrosion coating systems to help you choose the optimal solution

Epoxy Coating Systems

High-performance epoxy coatings for chemical resistance

Features:

Chemical Resistance:
Abrasion Resistance:
Temperature Range:Up to 200°F
Cure Time:24-48 hours
Thickness Options:Multiple
Surface Preparation:Extensive
Warranty Period:10 years

Price Range:

$3 - $ 5 per sq ft

Best For:

  • Chemical plants
  • Manufacturing floors
  • Storage tanks

Pros:

  • + Excellent chemical resistance
  • + Superior durability
  • + Seamless application

Cons:

  • - Temperature limitations
  • - Specialized application required

High-Temperature Coatings

Specialized coatings for extreme temperature applications

Features:

Temperature Range:Up to 1000°F+
Thermal Shock Resistance:
Oxidation Protection:
Insulation Properties:
Corrosion Protection:
Surface Preparation:Industrial-grade
Warranty Period:7 years

Price Range:

$4 - $ 7 per sq ft

Best For:

  • Furnaces and boilers
  • Exhaust systems
  • Industrial ovens

Pros:

  • + Extreme temperature tolerance
  • + Thermal barrier properties
  • + Long-term stability

Cons:

  • - Higher cost
  • - Complex application process

Anti-Corrosion Systems

Advanced protective coatings for corrosive environments

Features:

Corrosion Protection:Class A
Salt Spray Resistance:5000+ hours
Chemical Compatibility:Broad spectrum
UV Resistance:
Cathodic Protection:Compatible
Surface Preparation:White metal blast
Warranty Period:15 years

Price Range:

$3.5 - $ 6 per sq ft

Best For:

  • Marine structures
  • Chemical processing
  • Infrastructure projects

Pros:

  • + Maximum corrosion protection
  • + Extended service life
  • + Multi-environment performance

Cons:

  • - Extensive prep required
  • - Weather dependent application

Need Help Choosing the Right Service?

Our experts will assess your needs and recommend the best solution for your property.

Industrial Coating Project Workflow

Complete end-to-end process for industrial coating applications requiring specialized expertise

Total Duration: 2-6 weeks typical
Complex Complexity
4 Phases

1Engineering Assessment Phase

Technical evaluation, system selection, &project engineering

Duration
3-5 days
1.1

Technical Site Survey Critical Path

Comprehensive assessment of environmental conditions, substrate analysis, &performance requirements

Duration
6 hours
Deliverables
  • Technical assessment report
  • Environmental conditions analysis
  • Substrate condition evaluation
Tools Required
Environmental monitoring equipmentSurface analysis toolsMeasurement instruments
Team
Coating engineerTechnical specialist
1.2

Coating System Engineering Critical Path

Select optimal coating system based on performance requirements and environmental conditions

Duration
2 days
Deliverables
  • Coating specification
  • Performance requirements
  • Application procedures
Tools Required
Engineering softwarePerformance databases
Team
Coating engineerProject manager
1.3

Project Planning & Scheduling

Develop detailed project plan with critical path scheduling and resource allocation

Duration
1 day
Deliverables
  • Project schedule
  • Resource plan
  • Safety protocols
Team
Project managerSafety coordinator
Key Milestones
  • Engineering approval
  • Project authorization

Phase Outcomes

  • Approved coating specification
  • Detailed project plan
  • Resource allocation complete

2Pre-Application Phase

Site preparation, equipment setup, &safety implementation

Duration
2-4 days
2.1

Site Setup & Safety Implementation Critical Path

Establish work zones, implement safety protocols, &setup specialized equipment

Duration
6 hours
Deliverables
  • Safe work zones
  • Equipment installation
  • Safety briefings
Tools Required
Containment systemsSafety equipmentMonitoring devices
Team
Safety teamEquipment specialists
2.2

Advanced Surface Preparation Critical Path

Industrial-grade surface preparation including abrasive blasting and chemical cleaning

Duration
2-3 days
Deliverables
  • Prepared surfaces
  • Surface profile verification
  • Cleanliness certification
Tools Required
Blasting equipmentChemical cleaning systemsProfile measurement
Team
Surface prep specialists
2.3

Environmental Controls

Establish and verify environmental conditions for optimal coating application

Duration
4 hours
Deliverables
  • Environmental verification
  • Equipment calibration
  • Process validation
Tools Required
Environmental monitoringControl systems
Team
Process technicians

Phase Outcomes

  • Surfaces ready for coating
  • Environmental conditions verified
  • Safety protocols active

3Application Phase

Specialized coating application with continuous monitoring

Duration
3-7 days
3.1

Primer System Application Critical Path

Apply specialized primer system with precise thickness control and environmental monitoring

Duration
1-2 days
Deliverables
  • Primer application complete
  • Thickness verification
  • Quality documentation
Tools Required
Industrial spray equipmentThickness gaugesEnvironmental monitors
Team
Lead applicatorQuality technician
3.2

Intermediate Coat Application Critical Path

Apply intermediate coats per specification with continuous quality monitoring

Duration
1-2 days
Deliverables
  • Intermediate coats complete
  • Performance verification
Tools Required
Specialized application equipmentQuality monitoring systems
Team
Application specialists
3.3

Finish Coat & Performance Testing

Apply finish coat and conduct preliminary performance testing

Duration
1-2 days
Deliverables
  • Finish coat complete
  • Initial performance tests
  • Visual inspection
Tools Required
Precision application equipmentTesting instruments
Team
Lead applicatorQuality inspector

Phase Outcomes

  • Coating system complete
  • Thickness specifications met
  • Initial performance verified

4Verification & Certification Phase

Comprehensive testing, documentation, &warranty activation

Duration
2-3 days
4.1

Performance Testing

Comprehensive testing including adhesion, chemical resistance, &performance validation

Duration
1 day
Deliverables
  • Test results
  • Performance certification
  • Quality report
Tools Required
Testing equipmentLaboratory analysisDocumentation systems
Team
Quality engineerTesting technician
Key Milestones
  • Performance approval
4.2

Final Inspection & Documentation

Complete quality inspection and comprehensive project documentation

Duration
4 hours
Deliverables
  • Inspection report
  • As-built documentation
  • Compliance certificates
Tools Required
Inspection equipmentDocumentation systems
Team
Project managerQuality inspector
4.3

Client Acceptance & Warranty Activation Critical Path

Final client walkthrough, project acceptance, &warranty program activation

Duration
4 hours
Deliverables
  • Client acceptance
  • Warranty activation
  • Maintenance program setup
Team
Project managerClient representative
Key Milestones
  • Project completion
  • Warranty commencement

Phase Outcomes

  • Performance certified
  • Project completed
  • Warranty program active

Legend

Standard Step
Critical Path Step
Deliverable
Milestone

Ready to Start Your Industrial Coating Project?

Our project managers will guide you through every phase, ensuring on-time, on-budget delivery.

Industrial Coating Resources

Comprehensive guides and comparisons to help you select the right industrial coating system.

Industrial Coatings Frequently Asked Questions

Q1: What types of industrial coatings do you specialize in?

We specialize in high-performance industrial coatings including epoxy systems (chemical resistance, manufacturing floors), high-temperature coatings (furnaces, boilers up to 1000°F+), anti-corrosion systems (marine environments, chemical processing), chemical-resistant coatings (tanks, containment), &specialized protective finishes. Our industrial coatings are engineered for extreme environments including chemical exposure, high temperatures, abrasion, &corrosive conditions.

industrial coatings epoxy systems high temperature coatings chemical resistant

Q2: How much do industrial coatings cost compared to commercial paint?

Industrial coatings typically cost $3.00-$6.00 per square foot, significantly more than commercial paint ($1.50-$3.00/sq ft) due to specialized materials and application requirements. Factors affecting cost include: coating system complexity (30-40% of cost), extensive surface preparation (blast cleaning, chemical prep), specialized application equipment, environmental controls, &performance testing. While initial cost is higher, industrial coatings provide 10-20 year service life versus 5-7 years for commercial paint, making them cost-effective long-term.

industrial coating cost price comparison cost per square foot ROI analysis

Q3: How long do industrial coating projects take to complete?

Industrial coating projects typically require 2-6 weeks depending on complexity: Small equipment (tanks, vessels) take 3-7 days. Medium facilities (manufacturing areas) require 2-3 weeks. Large industrial complexes may take 4-8 weeks. Factors affecting timeline include surface preparation requirements (30-50% of time), environmental conditions, coating cure times, &performance testing. We provide detailed scheduling that minimizes production downtime through phased application and off-hours work.

project timeline industrial coating duration manufacturing downtime

Q4: What safety requirements apply to industrial coating projects?

Industrial coating projects require extensive safety protocols including: Full respiratory protection and chemical-resistant PPE for all personnel, environmental monitoring for chemical exposure and air quality, confined space procedures for tanks and vessels, hot work permits for high-temperature applications, EPA compliance for waste disposal and emissions. We maintain OSHA certification, provide continuous safety monitoring, &implement strict containment procedures to protect workers and facility operations.

industrial coating safety OSHA compliance safety protocols environmental protection

Q5: Do you provide warranties on industrial coating systems?

Yes, we provide comprehensive warranties on industrial coatings: 10-15 year performance warranties (longer than commercial paint), coverage includes adhesion failure, premature wear, &chemical resistance degradation, annual inspection programs to maintain warranty validity, performance guarantees against specified chemical exposure, temperature cycling, &abrasion. Our industrial coating warranties are backed by manufacturer support and include maintenance recommendations to maximize coating life and performance.

industrial coating warranty performance guarantee maintenance program

Q6: What surface preparation is required for industrial coatings?

Surface preparation is critical for industrial coating performance and typically comprises 30-50% of project time. Methods include: SSPC-SP10 near-white metal blast cleaning for maximum adhesion, SSPC-SP6 commercial blast for general applications, chemical cleaning for oil/grease removal, and profile measurement to ensure 2-4 mil anchor pattern. We use environmental monitoring (temperature, humidity, dew point) throughout prep to prevent flash rust. Proper surface prep is the single most important factor in coating longevity—90% of coating failures trace back to inadequate preparation.

surface preparation blast cleaning SSPC standards anchor profile

Q7: How do I choose between epoxy and polyurethane coatings?

Epoxy coatings excel in chemical resistance, adhesion, and heavy abrasion environments—ideal for chemical plants, manufacturing floors, and containment areas. Polyurethane coatings offer superior UV stability, flexibility, and gloss retention—best for exterior applications, equipment, and areas requiring color stability. Many industrial systems use both: epoxy primer/basecoat for adhesion and chemical resistance, with polyurethane topcoat for UV protection and aesthetics. Consider your primary exposure (chemicals vs. UV), flexibility requirements, and aesthetic needs when selecting.

epoxy vs polyurethane coating selection industrial floor coatings chemical resistance

Have more questions? Contact our experts or call (855) 666-2628