Marble water based epoxy colored sand floor coatings

The core advantages of BestRich epoxy colored sand floor paint are: 1. Excellent Environmental Performance A:BestRich water-based epoxy colored sand floor paint uses water as a dispersion medium, resulting in extremely low VOCs and no irritating odor during application. B:The production process emits few toxic gases, harming worker health. It is also highly safe to transport, eliminating the need for specialized hazardous chemical vehicles. C:Compared to traditional oil-based flooring materials, it reduces hazardous material emissions by over 90%.   2. Outstanding Decorative Effects A:This product offers a wide range of color options and mix-and-match options, with a glossiness of up to 90°, achieving a mirror-like finish. Effects B:The unique texture of colored sand flooring allows for the division of functional areas, enhancing the visual depth of the space. C:Customizable pattern designs are available to meet the individual needs of commercial spaces.   3. Excellent Physical Properties A:Abrasion Resistance: Hardness reaches over 7H, capable of withstanding prolonged impact from heavy equipment. B:Slip Resistance: The microporous structure provides excellent grip and maintains non-slip properties even in wet conditions. C:Chemical Resistance: Effectively resists oil, dirt, and corrosive liquids. D:Service Life: Over 10 years with proper maintenance.

The lifespan of epoxy colored sand floor coatings is affected by factors such as material quality, construction process, and operating environment. A comprehensive analysis is provided below:   1. Lifespan Range High-quality epoxy colored sand flooring: 10-15 years (indoor, dry environment) High-performance epoxy self-leveling colored sand: 15-20 years (thickness ≥ 2mm) Low-quality products: Lifespan may be shortened to 5-8 years (low resin content or improper construction) Specific application differences Humid areas (such as kitchens and bathrooms): 8-12 years (regular maintenance required) Outdoor environments: 5-8 years (weather-resistant product required) Heavy-duty industrial areas: 6-10 years (high-hardness formula required)   2. Key Influencing Factors Material Quality High-purity epoxy resin + weather-resistant pigments can extend the lifespan to 15 years High-quality domestic materials offer high cost-effectiveness and a stable lifespan. Construction Technology Improper base preparation (moisture content >8%) can lead to hollowing and shedding within 1-2 years. Proper construction (meeting required thickness and dense filling) can increase lifespan by 30%. Maintenance Regular cleaning (avoiding strong acids and alkalis) can reduce surface corrosion. Promptly repairing local cracks can prevent the problem from spreading.   3. Recommendations for Extending Lifespan Material Selection Preferably use solvent-free, environmentally friendly formulas (low VOC, anti-aging). Recommended thickness ≥ 3mm for heavily loaded areas. Construction Controls Ensure base strength ≥ C25 and moisture content ≤ 8%. Expansion joints require elastic filler (displacement ≥ 5mm). Usage and Maintenance   Avoid scratches with sharp objects; heavy equipment should be equipped with cushioning pads.

To determine whether a floor is suitable for colored sand floor coatings, comprehensively evaluate the following key indicators: 1. Foundation Condition Testing Flatness Requirements Use a 2-meter straightedge to check for gaps ≤ 3mm. Local depressions require repair with epoxy mortar. Base Strength Concrete strength must be ≥ C25, with pull-off adhesion ≥ 1.5 MPa. Sanded surfaces require sandblasting. Moisture Content Control Base moisture content must be ≤ 8% (tested with plastic film). A moisture barrier is required for humid environments. 2. Environmental Adaptability Environment Type Suitability Criteria Industrial plants must pass the Taber abrasion test (abrasion loss ≤ 0.02g). Food processing plants must pass the acid and alkali resistance test (no change after 72 hours of immersion in 5% NaOH/5% H₂SO₄). Medical facilities Antibacterial performance testing is required (antibacterial rate ≥ 99%). 3. Special Scenarios Areas with large temperature fluctuations: Thermal expansion coefficient testing is required (recommended ≤ 8 × 10⁻⁶/°C). Heavy-load areas: Compressive strength ≥ 90 N/mm² is required; additional reinforcement mesh is recommended. 4.Pre-construction Pretreatment Oil-contaminated surfaces require flame treatment (residual oil stains ≤ 5 cm²/m²). Old floors require polishing to expose a fresh base surface (roughness Ra ≥ 50 μm). Expansion joints require elastic adhesive filling (displacement ≥ 5 mm). Note: It is recommended to conduct a sample test 48 hours before construction to observe the curing effect and color difference.