UV Ink Pretreatment Coating | Digital printing on glass/metal/acrylic/wood/ceramic | - Adhesion Strength: 4B (ASTM D3359) ▲▲ (Industry: 3B) - Curing Time: 10s ▲▲ (Industry: 30s; Base: 20s, Advanced: 10s) - VOC Content: 0g/L (ISO 12212) ▲▲ (Industry: 50g/L) - Materials: 5 substrates ▲ (Industry: 3) | Superior adhesion on diverse materials, eco-friendly, fast curing (Advanced tier) | Requires UV curing equipment, higher cost than standard pretreatments |
Standard Chemical Pretreatment | Traditional printing on non-porous surfaces | - Adhesion Strength: 3B (ASTM D3359) - Curing Time: 15min (air dry) - VOC Content: 50g/L (exceeds some regulations) - Materials: 3 substrates (metal, plastic, glass) | Lower cost, no specialized equipment needed | Longer drying time, limited material compatibility, higher VOC emissions |
Thermal Pretreatment Systems | High-temperature industrial applications | - Adhesion Strength: 4B (ASTM D3359) at 150°C - Curing Time: 5min (150°C) - Energy Consumption: 1500W (high) | Strong adhesion for tough materials like ceramics/metals | High energy consumption, limited to heat-resistant substrates |
Solvent-Based Pretreatment Solutions | Industrial printing on plastics/metal | - Adhesion Strength: 4B (ASTM D3359) - VOC Content: 150g/L (OSHA Class 3) - Flammability: High | Cost-effective, strong adhesion on non-porous surfaces | Environmental hazards, safety risks due to high VOCs and flammability |
Eco-Friendly Water-Based Pretreatment | Eco-conscious printing on paper/cardboard | - Adhesion Strength: 2B (ASTM D3359) - VOC Content: 5g/L (ISO 2808 compliant) - Materials: Porous surfaces only | Environmentally friendly, low odor, regulatory compliance | Poor adhesion on non-porous surfaces, limited to small-scale use |
Digital Printing Pretreatment Kits | Small-scale digital printing | - Adhesion Strength: 3B (ASTM D3359) - Curing Time: 5min (UV/air) - Materials: 4 substrates (plastic, wood, glass, metal) | Versatile for small runs, easy to use | Moderate cost, limited material compatibility compared to UV-based solutions |