Material Type | Industrial manufacturing, signage | Film (PET, 0.1mm) / Paper (Recycled, 0.08mm) vs Industry Standard (Polyester Film, 0.12mm) | ▲ Base: Lightweight paper reduces material costs; Advanced: PET film’s durability for heavy-duty use | Base: Paper less tear-resistant; Advanced: Film less eco-friendly due to non-recyclable PET |
Temperature Resistance | High-heat processes (e.g., metal coating) | Base: 180°C (▲ vs Industry 150°C) / Advanced: 200°C (▲▲ vs Industry) (ASTM D543) | Withstands extreme heat for metal fabrication; Advanced ensures no degradation in oven transfers | Higher temps may require specialized equipment for application |
Adhesion Strength | Outdoor signage, automotive parts | Base: 400 PSI (▲ vs Industry 300 PSI) / Advanced: 500 PSI (▲▲ vs Industry) (ASTM D903) | Strong bond for long-term durability in harsh environments | Higher PSI may require longer curing times for Advanced versions |
Chemical Resistance | Chemical plants, food processing | Base: Withstands 50+ exposures (▲ vs Industry 30) / Advanced: 100+ (▲▲ vs Industry) (ASTM F739) | Resists solvents, oils, and acids; Advanced ideal for corrosive environments | Increased cost for Advanced’s enhanced chemical barriers |
Thickness | Precision engraving, detailed transfers | Base: 0.08–0.1mm (thinner than Industry’s 0.12mm) / Advanced: 0.05mm (▲▲) | ▲ Base: Thinness enables intricate designs; Advanced: Ultra-thin for high-resolution transfers | Thinner materials may tear during handling; Advanced requires careful application |
Application Versatility | Woodcraft, metal fabrication | Dual-use (metal + wood) vs Industry Standard (single-material focus) | Reduces inventory needs for multi-industry use (e.g., furniture and machinery parts) | Performance may slightly compromise on extreme material thicknesses (e.g., thick steel) |