A6 UV DTF Sticker - D226

The A6 UV DTF Sticker – D226 is a ready-to-apply transfer sticker designed for resin artists, epoxy crafters, and DIY enthusiasts who want crisp, vibrant designs without the hassle of painting or hand-detailing. Printed using UV DTF (Direct to Film) technology, this sticker delivers sharp colour and fine detail that adheres cleanly to smooth surfaces.

At A6 size (approximately 10.5 × 14.8 cm), this single-design sticker is ideal for decorating resin coasters, tumblers, keychains, phone cases, epoxy trays, and more. No heat press or special equipment needed — just peel, place, and press.

• UV DTF print quality: Vivid, high-resolution design with smooth edges and accurate colour reproduction.
• No heat required: Cold-transfer application — simply peel the film and press onto any clean, smooth surface.
• Versatile use: Sticks well to resin, glass, acrylic, metal, ceramic, and hard plastic surfaces.
• A6 format: Approx. 10.5 × 14.8 cm — a practical size for coasters, tumblers, keychains, and small trays.
• Waterproof finish: UV-cured ink layer resists moisture, making it suitable for items that see regular handling.
• Beginner-friendly: No special tools, heat gun, or laminator required — great for hobbyists and small craft businesses.
• Single design sheet: Design D226 — check the product image for the exact print included in this listing.

How to Use

1. Clean your surface thoroughly — remove dust, oil, or moisture before applying.
2. Peel the backing film carefully from one corner.
3. Align the sticker on your project surface and press firmly from the centre outward.
4. Smooth out any air bubbles using a card or your fingertip.
5. For resin projects, you may pour a thin clear resin layer over the sticker to seal and protect it permanently.

Safety Tips

• Keep away from children under 3 years — small film pieces can be a choking hazard.
• Store flat in a cool, dry place away from direct sunlight to preserve print quality before use.
• Not recommended for fabric, rough, or heavily textured surfaces.