3D Embroidered Alphabet Patches

Spell it out in style! 3D Embroidery Letter Patch – Iron On/Sew On Alphabet Patches for Clothes, Bags & Jackets (3.5cm Height Approx.)

Elevate your DIY game with our 3D Embroidery Letter Patches – the perfect blend of texture, style, and self-expression! Each letter patch measures 3.6cm in height and features bold 3D embroidery, making it ideal for customizing your jackets, denim jeans, backpacks, tote bags, hats, and more.

Designed for both iron-on and sew-on application, these alphabet patches are easy to use and hold strong, whether you're personalizing your outfits or creating unique gifts. Available in a range of vibrant colors, these felt letter patches are perfect for kids’ fashion, college wear, or trendy street-style looks.

To Iron-On A Patch

Step 1: Prepare the Patch Area
Ensure the patch area is free from any debris, such as hairs, lint, or dirt.

Step 2: Select the Appropriate Fabric
Assess the fabric type of the item you plan to attach the patch to. For delicate materials like leather or heat-sensitive synthetics, opt for a sew-on patch instead.

Step 3: Set Your Iron
Prepare a dry iron (without steam) to avoid damaging the fabric or patch.

Step 4: Attach the Patch
Position the patch on the fabric, covering it with a piece of fabric or parchment paper. Gently press the iron onto the patch, starting from the center and using the tip of the iron for precision.

Step 5: Flip the Fabric
Turn the fabric over and repeat the same ironing process on the back side of the patch to ensure a secure bond.

Step 6: Allow Time to Bond
Let the patch cool for 5-10 minutes, allowing the adhesive to fully bond with the fabric.

Shipping Information:
We offer fast and reliable shipping with tracking to ensure your order reaches you promptly.

Returns Information:
We do not accept returns

Please note that the colors of our products may vary slightly from what you see on the website. This is due to differences in photography, editing, and lighting. We strive to represent our products as accurately as possible.