STARSHIELD FLOOR PAINT
Engineered for demanding industrial environments, STARSHIELD Floor Paint combines advanced nanotechnology with epoxy-based resins to deliver unparalleled protection, durability, and performance.
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Advanced Nanotechnology Coating
STARSHIELD Floor Paint is a solvent-free, nanotechnology-enhanced coating formulated from advanced epoxy-based resins. Our intelligent coating creates a seamless, protective barrier that withstands extreme industrial conditions while maintaining aesthetic appeal.
Designed to extend floor life while enhancing safety and hygiene, STARSHIELD Floor Paint is UV stable and suitable for a wide range of applications from pharmaceutical facilities to commercial retail spaces.
Key Specifications:
- Component System: 1k (Single Component)
- Formulation Type: Solvent Free Nanotech Coating
- UV Stability: UV Stable
- Coverage: 80-100 sqft per litre (new surfaces)
- Recommended Coats: 2 coats
- Durability: 3+ Years (industrial grade)
Technical Specifications
| Property | Specification |
|---|---|
| Component System | 1k (Single Component) |
| Formulation Type | Solvent Free Nanotech Coating |
| UV Stability | UV Stable |
| Coverage (New Surface) | 80-100 sqft per litre per coat |
| Coverage (Repainting) | 120-140 sqft per litre per coat |
| Recommended Coats | 2 coats |
| Durability | 3+ Years (industrial grade) |
| Testing Standards | ASTM D4060, ASTM D4541, ASTM D522, ASTM D2794, ISO 6270, IS 101 |
Challenges with Conventional Floor Coatings
Traditional floor coatings often fail to meet the demands of modern industrial and commercial environments:
Poor Adhesion
Inadequate bonding leads to peeling and flaking, requiring frequent repairs and maintenance.
Abrasion & Wear
Rapid deterioration from foot traffic and equipment movement reduces floor lifespan significantly.
Chemical Damage
Industrial spills, oils, and solvents compromise coating integrity, leading to surface degradation.
Operational Downtime
Slow drying and curing times disrupt business operations, extending project timelines and costs.
VOC Emissions
Harmful emissions affect indoor air quality, worker safety, and environmental compliance.
Hygiene & Maintenance
Porous surfaces trap contaminants, making thorough cleaning difficult in sensitive environments.
Nanotechnology Features & Advantages
STARSHIELD Floor Paint incorporates proprietary nanotechnology for superior performance:
Nano-Protective Layer
Microscopic reinforcement creates a barrier 5X more durable than conventional coatings.
Enhanced Durability
Microscopic reinforcement creates a barrier 5X more durable than conventional epoxy coatings.
Hydrophobic Surface
Advanced water-repellent technology prevents moisture damage and microbial growth in damp environments.
Rapid Cure Technology
Proprietary nanocatalysts reduce curing time by 40%, minimizing operational disruption.
Eco-Friendly Formula
Zero VOC emissions with GreenPro certification for environmentally responsible projects.
Thermal Stability
Maintains integrity across extreme temperature ranges (-10°C to 80°C) for versatile application.
Measurable Benefits & Solutions
STARSHIELD Floor Paint delivers tangible operational and financial advantages:
Reduced Total Cost of Ownership
40% reduction in maintenance costs over 3 years with extended recoating intervals compared to conventional systems.
Enhanced Workplace Safety
Proprietary anti-slip nanotechnology reduces workplace accidents by up to 60% in industrial environments.
Minimal Operational Disruption
Rapid curing technology allows facilities to resume operations 50% faster than conventional coating systems.
Regulatory Compliance
Meets international standards for industrial safety, hygiene, and environmental regulations across multiple sectors.
Application Process
Our proprietary nanotechnology creates a superior protective barrier through a precise application process:
Surface Preparation
Advanced cleaning and mechanical grinding ensures optimal substrate conditions for nanotech bonding.
Nano-Activation
Proprietary primer activates the surface at molecular level for maximum adhesion.
Molecular Bonding
Nanoparticles create cross-linked molecular networks that bond with the substrate.
Protective Matrix Formation
Forms continuous protective layer with enhanced durability and chemical resistance.
Application Guidelines
Proper application ensures optimal performance and longevity of the nanotech coating:
Surface Preparation
Clean thoroughly, remove contaminants. Mechanical grinding recommended for optimal nanotech adhesion.
Mixing Procedure
Mix components mechanically for 3-5 minutes. For 2-part systems, use 2:1 ratio of A:B components.
First Coat Application
Apply evenly using brush, roller, or spray equipment. Maintain consistent 150-200 micron thickness.
Second Coat Application
After 4-6 hours drying, apply second coat for enhanced nanotech protection and finish quality.
Safety Precautions
Use appropriate PPE: gloves, safety goggles, and respiratory protection
Ensure adequate ventilation during application and curing periods
Avoid skin and eye contact with uncured material
Clean application tools immediately after use with recommended solvents
Store in temperature-controlled environment (15-30°C)
Follow environmental regulations for disposal of waste material
Industrial & Commercial Applications
Engineered for demanding environments across multiple industrial and commercial sectors:
Pharmaceutical Facilities
Food Processing Plants
Automotive Manufacturing
Electronics Clean Rooms
Healthcare Facilities
Warehouses & Logistics
Commercial Retail Spaces
Parking Garages
Compatible Substrates
Concrete Floors
Cementitious Surfaces
Masonry Substrates
Previously Coated Surfaces
Technical Specifications
| Property | Specification |
|---|---|
| Component System | 1k (Single Component) |
| Formulation Type | Solvent Free Nanotech Coating |
| UV Stability | UV Stable |
| Coverage (New Surface) | 80-100 sqft per litre per coat |
| Coverage (Repainting) | 120-140 sqft per litre per coat |
| Recommended Coats | 2 coats |
| Durability | 3+ Years (industrial grade) |
| Testing Standards | ASTM D4060, ASTM D4541, ASTM D522, ASTM D2794, ISO 6270, IS 101 |
Performance Metrics & Results
Documented results that demonstrate superior performance over conventional coatings:
Industrial Durability
Documented performance in heavy industrial environments with minimal wear.
Optimal Coverage
Efficient coverage reduces material costs for large-scale applications.
Curing Time
Reduced downtime with proprietary nanocatalyst technology.
Environmental Safety
GreenPro certified for environmentally sensitive applications.
Industry Validation & Testimonials
Leading industrial facilities trust STARSHIELD nanotechnology for their critical flooring applications:
"STARSHIELD Floor Paint has exceeded our expectations in our pharmaceutical manufacturing facility. After 18 months of daily chemical exposure and heavy equipment traffic, the coating shows no signs of degradation. The nanotech formulation provides exceptional clean room compliance."
"Our automotive plant required flooring that could withstand constant forklift traffic and oil spills. STARSHIELD's nanotechnology coating has maintained integrity for over two years with minimal maintenance. The rapid cure time minimized production downtime during application."
"As a food processing facility, we needed a hygienic, chemical-resistant floor coating that met stringent regulatory standards. STARSHIELD's solvent-free nanotech formulation provided the perfect solution. The seamless surface prevents bacterial growth and allows for thorough sanitation."
"The logistics warehouse application proved STARSHIELD's durability under extreme conditions. After 30 months of constant forklift traffic and pallet movement, the coating shows minimal wear. The anti-slip properties have significantly reduced workplace accidents in our facility."
Advanced Features
Beyond core performance, STARSHIELD incorporates these advanced technological features:
Thermal Stability
Maintains integrity across extreme temperature ranges (-10°C to 80°C) suitable for both indoor and outdoor industrial applications. Perfect for facilities with temperature fluctuations.
Self-Cleaning Nanosurface
Proprietary nanoparticle technology creates a surface that repels dirt and contaminants, reducing cleaning frequency by 60% and lowering maintenance costs significantly.
Advanced Anti-Slip Technology
Micro-textured nanoparticles provide superior slip resistance (R10-R13 classification) even when wet or oily, enhancing workplace safety in industrial environments.
Dynamic Flexibility
Nanopolymer matrix accommodates substrate movement up to 2mm without cracking, ideal for structures with thermal expansion or settling foundations.
Application Versatility
Compatible with brush, roller, or spray application methods, offering flexibility for projects of all scales and complexities without compromising performance.
Sustainable Technology
Zero VOC formulation with 30% recycled nanoparticle content supports corporate sustainability initiatives and environmental responsibility goals.
Anti-Microbial Properties
Nano-silver particles embedded in the coating inhibit bacterial growth, making it ideal for healthcare, pharmaceutical, and food processing facilities.
UV & Fade Resistance
Advanced UV stabilizers prevent yellowing and color fading, maintaining aesthetic appeal in areas with direct sunlight exposure for years.
Impact Resistance
Withstands heavy impacts from falling objects and equipment without cracking or chipping, extending floor life in high-traffic industrial areas.