Glass Rhinestone Iron-On Applique Sheet – Bling Heat Transfer
Glass Rhinestone Iron-On Applique Sheet – Bling Heat Transfer
Add Instant Sparkle to Any Fabric with This Bling Rhinestone Iron-On Applique
Transform everyday clothing and accessories into eye-catching statement pieces with this stunning Glass Rhinestone Iron-On Applique Sheet. Featuring a bold skeleton and line-art aesthetic with the phrase "YOU REMIND ME OF A PENNY, TWO-FACED AND NOT WORTH MUCH", this heat-transfer sheet brings a unique, edgy flair to hoodies, jeans, bags, and more — no sewing required. Made in Mainland China.
Key Features
- Large Sheet Size: Measures approximately 11.69 x 8.27 in (29.7 x 21 cm) — perfect for larger garments like hoodies, vests, and coats. You can also cut the sheet and apply only the sections you need.
- Premium Glass Crystal Material: Each rhinestone is crafted from colorful, high-quality glass crystal that catches the light beautifully, giving your clothes a brilliant, shimmering finish.
- Strong Hot-Melt Adhesive: The heat-activated adhesive backing bonds firmly to most fabric types, ensuring your rhinestone design stays put wash after wash without falling off.
- No-Sew, Easy Application: Simply peel the white backing, position the design on your fabric, press with a heat press or household iron for 10–12 seconds, hold for 5 seconds, then peel away. Done!
- Incredibly Versatile: Use it on T-shirts, jeans, hoodies, vests, hats, caps, canvas tote bags, backpacks, scarves, curtains, pillows, quilts, skirts, shoes, velvet, and much more.
- Unique Design: The skeleton + line-art motif with bold typography creates a striking, one-of-a-kind look that stands out on any garment or accessory.
Application Instructions
- Select the rhinestone design or section you want to apply.
- Peel off the white protective backing.
- Position the design face-up on your garment or accessory.
- Press firmly with a heated iron or heat press for 10–12 seconds.
- Allow to cool for 5 seconds, then peel away the carrier film.
Product Specifications
- Material: Glass Crystal & Hot-Melt Adhesive
- Technics: Appliquéd Heat Transfer
- Sheet Size: 297 x 210 mm (approx. 11.69 x 8.27 in)
- Quantity: 1 Sheet
- Country of Origin: Made in Mainland China
Looking for More DIY Accessories & Craft Supplies?
Check out these related products from our store:
- Large Capacity Pencil Pen Bag – Zipper Fabric Stationery Organizer — great for storing your craft tools and supplies.
- Mini Pocket Watercolor Sketchbook – Thick Paper Art Journal — plan your next appliqué design before you iron it on.
- Graded Trading Card Holder Snap Closure Plastic Slab Case — another fun collectibles and accessories pick for craft lovers.
Learn more: FTC textile labeling requirements
Frequently Asked Questions
Q: What fabrics work best with this glass rhinestone iron-on applique?
A: This rhinestone heat transfer applique works well on most natural and synthetic fabrics, including cotton, denim, polyester, canvas, velvet, and blended fabrics. It is ideal for hoodies, T-shirts, jeans, hats, bags, scarves, and similar items. Avoid using on materials that cannot withstand heat, such as some delicate silks or very thin synthetics.
Q: Can I cut the rhinestone sheet into smaller pieces before applying?
A: Yes! The sheet is designed so you can split the pattern and apply only the sections you want. This makes it easy to customize placement on smaller items like hats, pockets, or bag straps without using the full sheet at once.
Q: How do I care for garments after applying the rhinestone transfer?
A: To preserve the rhinestone applique, turn the garment inside out before washing and use a gentle cycle with cold water. Avoid tumble drying on high heat. Hand washing is recommended for best longevity of the design.
Q: Do I need a professional heat press, or will a household iron work?
A: A standard household iron works perfectly for this rhinestone iron-on applique. Simply set it to the appropriate temperature for your fabric and press firmly for 10–12 seconds. A professional heat press will also work and may produce an even more consistent bond.