Flooring Application Guide

Master the installation of commercial-grade epoxy systems for car parks, retail spaces, and office buildings. Advanced techniques for achieving seamless, durable surfaces that withstand heavy traffic while maintaining professional appearance.

Optimal Applications:

Car park flooring: Maximum durability with oil and chemical resistance

Retail environments: Attractive, easy-to-clean surfaces with slip resistance

Office buildings: Professional appearance with low maintenance requirements

Warehouse facilities: Heavy-duty protection with forklift traffic resistance

Application Technique:

- Comprehensive concrete preparation and surface profiling

- Primer application for maximum adhesion and penetration

- Intermediate coat build-up for thickness and performance

- Topcoat application with proper flow and leveling techniques

Professional techniques for industrial facilities requiring maximum chemical resistance, impact durability, and operational efficiency. Specialized systems for manufacturing, processing, and heavy industrial environments.

Optimal Applications:

Manufacturing facilities: Chemical-resistant surfaces for production areas

Food processing areas: Hygienic, easy-to-clean surfaces meeting safety standards

Chemical storage areas: Maximum resistance to aggressive chemical exposure

Heavy machinery zones: Impact-resistant flooring for equipment operations

Application Technique:

- Industrial substrate preparation with specialized equipment

- Chemical-resistant primer systems for aggressive environments

- High-build application techniques for maximum thickness

- Quality control procedures for industrial performance standards

Advanced application methods for creating stunning decorative epoxy floors including metallic effects, marble patterns, and custom artistic designs. Transform functional surfaces into architectural statements.

Decorative Applications:

Metallic epoxy systems: Swirled metallic effects for luxury commercial spaces

Marble-look finishes: Realistic stone patterns for upscale retail environments

Custom color designs: Corporate branding and artistic floor graphics

3D epoxy effects: Dimensional illusions and artistic installations

Application Technique:

- Specialized decorative material handling and mixing procedures

- Artistic application techniques for pattern creation and color blending

- Layering methods for depth and visual interest

- Protective topcoat application to preserve decorative effects

Concrete preparation is the foundation of every successful epoxy floor installation. Master the essential steps that ensure maximum adhesion, eliminate defects, and provide the optimal surface profile for long-term epoxy performance.

Preparation Sequence:

Concrete Assessment:  Age, strength, moisture content, and contamination

Surface Profiling: Mechanical preparation for optimal surface texture and cleanliness

Crack and Defect Repair: Structural crack evaluation and repair methods

Final Cleaning: Complete removal of dust, debris, and surface contaminants

Essential Products:

- 2200 Unipox Primer-Sealer: Deep penetration and substrate consolidation

- 6600 Unipox Putty: High-strength crack and void repair compound

- 4215 Unipox Screed: Self-leveling repair for significant surface irregularities

- Professional preparation equipment: Grinders, shot blasters, vacuum systems

Achieve consistent, professional results with proper epoxy mixing ratios, pot life management, and application methods. Critical procedures for avoiding defects and ensuring optimal system performance.

Mixing Procedures:

Ratio Control: Precise component measurement for optimal chemistry

Mixing Techniques: Proper blending methods for homogeneous material

Pot Life Management: Working time optimization and batch size planning

Temperature Effects: Ambient and material temperature impact on working properties

Application Methods:

- Roller Application: Proper technique for uniform coverage and texture

- Squeegee Methods: Large area application for consistent thickness

- Brush Work: Detail areas and edge work for complete coverage

- Quality Control: Real-time monitoring and defect prevention

Environmental conditions critically affect epoxy curing and performance. Master temperature, humidity, and timing requirements for achieving optimal results in various climate conditions.

Environmental Factors:

Temperature Control: Substrate and ambient temperature effects on curing

Humidity Management: Moisture impact on adhesion and surface quality

Ventilation Requirements: Air movement for proper curing and safety

Contamination Prevention: Dust and debris control during installation

Timing Considerations:

Recoat Windows: Optimal timing between coats for maximum adhesion

Traffic Restrictions: Curing time requirements before service loading

Environmental Monitoring: Continuous condition tracking during installation

Project Scheduling: Weather and facility operation coordination

Implement comprehensive quality control procedures that ensure epoxy floor system integrity and performance. Professional testing methods and validation techniques for critical flooring applications.

Quality Assurance Steps:

Pre-installation Testing: Concrete moisture, alkalinity, and surface preparation verification

Application Monitoring: Film thickness, coverage rates, mixing verification

Intermediate Testing: Adhesion testing, visual inspection, defect identification

Final Validation: Performance testing, documentation, warranty compliance

Testing Procedures:

- Adhesion Testing: Pull-off testing for substrate bonding verification

- Film Thickness Measurement: Wet and dry film thickness monitoring

- Visual Inspection: Surface defect identification and correction procedures

- Performance Validation: Load testing and service readiness confirmation

Maximize your epoxy floor investment with proper maintenance procedures, cleaning protocols, and performance monitoring. Professional guidance for maintaining appearance and extending service life.

Maintenance Procedures:

Daily Cleaning: Appropriate cleaning products and methods for epoxy surfaces

Periodic Deep Cleaning: Heavy-duty cleaning for traffic soil and stain removal

Damage Assessment: Early identification of wear patterns and minor damage

Preventive Maintenance: Protective measures and recoat scheduling

Long-Term Care:

- Traffic Management: Load distribution and protective measures for heavy equipment

- Chemical Spill Procedures: Immediate response protocols to prevent damage

- Performance Monitoring: Regular inspection and condition assessment

- Recoat Planning: Timing and procedures for maintenance coating application