0

Wholesale Custom 3D Silicone Embroidery Patches

Quantity:
Contact Now
add to cart
3D silicone embroidery patches-1
Custom 3D Silicone Embroidery Patches Raised Rubber Embroidered Badges for Jackets Uniforms & Tactical Gear Durable Waterproof

Custom 3D Silicone Embroidery Patches

 Custom 3D Silicone Embroidery Patches 

   3D Silicone Embroidery Patches are crafted from 100% high-quality silicone and can be produced as thin and flat as stickers, with your logo printed either in full-color layers or flat designs. For added texture and branding impact, you can choose from various fabric backgrounds—such as tatami, twill, felt, or satin—combined with silicone printing to create a raised, dimensional effect.
Each patch is manufactured to your exact specifications. You can fully customize the shape, size, colors, and surface finish to align with your brand identity. Whether you prefer a raised, recessed, or layered design, silicone patches offer both depth and durability that make your logo stand out.
These versatile patches are commonly used on outdoor gear, athletic wear, uniforms, jerseys, shoes, and backpacks. We're proude to supply custom silicone
Custom 3D Silicone Embroidery Patches

 DURABLE AND NON-FADING: CUSTOM LOGO SILICONE PATCHES FOR EVERY NEED

The advantages of custom logo 3D silicone Embroidery patches include their non-fading nature and excellent durability. Furthermore, our custom logo silicone patches and labels can pass the European standard washing test.

Custom Logo Silicone Tatami Flocking Patches for Sports

Custom Silicone Patches with Tatami fabric background is available in a range of colors through dye sublimation, while the silicone logo is printed multiple times to form a raised design. Silicone designs can be in a single color or feature up to six colors, perfect for sports team logo/emblem.

Our personalized silicone tatami flocking patch is consistently smooth and glossy, whereas the silicone logos have a matte appearance. The finished tatami silicone patches are both visually appealing and attractive.

 Custom 3D Silicone Embroidery Patches

3D Silicone Embroidery Patches are transforming the textile decoration industry with their revolutionary hybrid design. These premium 3D Silicone Embroidery Patches combine a durable silicone top layer with embroidered fabric backing, creating remarkable 0.3-0.7mm raised textures that outperform conventional badges. Whether you need military insignia, biker club logos, or corporate branding solutions, 3D Silicone Embroidery Patches deliver unmatched 1440dpi print clarity and colorfastness through 50+ washes.

What sets 3D Silicone Embroidery Patches apart is their exceptional durability. Unlike traditional embroidery, these waterproof, UV-resistant patches withstand extreme temperatures (-20°C to 80°C), making them perfect for tactical equipment, outdoor gear, and promotional merchandise. The secret lies in the innovative construction of 3D Silicone Embroidery Patches - the flexible silicone surface resists peeling while the embroidered base provides secure adhesion to jackets, hats, and workwear.

Key benefits of 3D Silicone Embroidery Patches include:

  • Pantone-certified color matching for brand perfection

  • Multiple attachment options (Velcro®/hook & loop)

  • 30% weight reduction versus standard embroidered patches

From police department insignia to motorcycle club crests, 3D Silicone Embroidery Patches offer superior longevity compared to PVC or traditional embroidery. The advanced hybrid technology in 3D Silicone Embroidery Patches maintains razor-sharp detail on designs as small as 2cm. For businesses seeking the perfect marriage of classic embroidery aesthetics and modern silicone resilience, 3D Silicone Embroidery Patches represent the gold standard. Order your samples today to experience firsthand how these innovative patches are redefining durable branding solutions globally.

  • You can only upload 1 attachments at most
  • Supported formats: PDF,JPG,PNG,EXCEL,WORD,STP,IGS,DWG,DXF,PDF,STEP
  • The size of the uploaded file should not exceed 10MB