Starsplas Revolutionizes Flooring with Ultra-Wear-Resistant 3D Digital Flooring
What is Ultra-Wear-Resistant3D Digital Flooring?
In the modern flooring industry, where visual appeal must meet exceptional durability, Starsplas sets a new standard by integrating advanced digital printing technology with proprietary coating solutions. Our Ultra-Wear-Resistant 3D Digital Flooring redefines modern interior spaces, blending artistic realism with long-lasting performance.
Developed using our patented “UV Blocking Agent” and “UV Structural Paint,” this innovative flooring features a unique “subtractive” 3D texture technology. Combined with high-definition digital printing, it meticulously recreates the authentic grain and depth of natural wood and stone. Protected by an ultra-wear-resistant UV coating, this next-generation Ultra-Wear-Resistant 3D Digital Flooring offers stunning visual detail alongside superior resistance to scratches, stains, and daily wear.
Through differentiated curing technology and refined gradient wire-drawing craftsmanship, each plank showcases naturally inspired patterns that bring the warmth and vitality of nature indoors. Ideal for residential, commercial, and hospitality spaces, Starsplas Ultra-Wear-Resistant 3D Digital Flooring transforms interiors with its realistic texture, enduring quality, and aesthetic versatility.
Key Benefits at a Glance:
Hyper-Realistic Visuals:
High-definition digital printing and 3D texture technology capture the authentic look and feel of natural materials.
Superior Durability:
Proprietary UV coating technology ensures outstanding scratch, stain, and wear resistance for long-term performance.
Tactile 3D Surface:
Gradient wire-drawing craftsmanship creates a realistic, natural texture underfoot.
Eco-Conscious Production:
Manufactured with sustainable practices and low-VOC materials for healthier indoor environments.
Versatile Application:
Perfect for living rooms, kitchens, offices, retail spaces, and more.
Coating Process
| Production Processes | Product Name and Model | Coating Weight | Function |
| 1 | SPC and PETG substrate are sandbla-sted to a fixed thickness | / | Uniform substrate thickness.improve flatness |
| 2 | Backcoat BPVC-1625-15/50 | 30-60g/m² | Balance the shrinkage of thefront coating |
| 3 | Adhesion primer BPVC-1335 | 8-10g/m² | Provides adhesion |
| 4 | White base BPVC-1365W | 40-50g/m² | Cover the substrate and unifythe color |
| 5 | Print dedicated base BPVC-1355 | 6-8g/m² | Strengthen ink wetting andadhesion |
| 6 | Digital printing | / | Provide 2D pattern |
| 7 | Interlayer adhesion primer BPVC-1335 | 6-8g/m² | Strengthen interlayer adhesion |
| 8 | Abrasion resistant base BPVC-1375A | 80-100g/m² | Provides abrasion resistance |
| 9 | UV structural paint BWL-100 | 50-120g/m² | Texture carrier layer |
| 10 | UV Blocking agent BWL-200 | 10-20g/m²? | Provides UV shielding |
| 11 | Wire brushing & dust remowal | / | Forming the texture |
| 12 | Matte primer | 7-10g/m² | Select according to performancerequirements |
| 13 | Matte finish | 7-10g/m² | Select according to performancerequirements |
https://www.youtube.com/watch?v=Fw8HT8jQTtc
Performance Testing
| Test ltem | Testing Standard | Test Result |
| Abrasion Resistance | EN13329 (Replace the S42 sanding belt every 200R) | >4000R |
| Scratch Resistance | ISO 1518(1.0mm Needles] | >3000g |
| Micro-scratch Resistance | EN16094 | B1-B2 |
| Gloss Retention | EN16094 | A1 |
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