Apparel Printing Methods Explained
Choosing the right decoration method impacts appearance, durability, comfort, and price.
Below is a simple guide to the three most common apparel printing options.
DTF Printing
Direct-to-Film printing is a heat transfer process. Your design is printed onto a special film, then heat-pressed onto the garment.
Best for:
• Small to mid-size order quantities
• Full-color logos and detailed graphics
• Cotton, polyester, blends, and performance fabrics
• Merch programs and quick-turn apparel
Benefits:
• Bright, vibrant color reproduction
• Strong durability and stretch performance
• Works on light and dark garments
• Cost-effective for lower quantities and multi-color designs
• No screen setup required
Feel on garment:
Smooth print surface with a light, flexible transfer layer
DTG Printing
Direct-to-Garment printing uses water-based inks applied directly into the fabric fibers through a digital printing process.
Best for:
• Short runs and one-off pieces
• Retail-quality graphic tees
• Designs with gradients, shading, or photographic detail
• Cotton garments
Benefits:
• Extremely soft hand feel
• Ink absorbs into fabric rather than sitting on top
• Unlimited color capability
• Great for lifestyle brands and artistic designs
Feel on garment:
Very soft. Minimal surface texture
Screen Printing
Screen printing is a traditional decoration method where ink is pushed through mesh screens onto the garment.
Pricing structure:
• Pricing is based on the number of print colors and the number of screens required
• Each color requires its own setup
• Becomes more cost-efficient as order quantity increases
Best for:
• Large quantity orders
• Bold logos and simple graphic layouts
• Athletic programs, regattas, corporate events
Benefits:
• Exceptional durability and wash performance
• Strong color opacity and coverage
• Lowest cost per unit at higher volumes
• Specialty ink options available such as puff, metallic, and athletic finishes
Feel on garment:
Smooth ink layer. Thickness varies depending on ink type and design