- Stock: In Stock
- Brand: Outdoor Cap
- Model: S-OCWAV605M
We use high-quality soft heat transfer film for our print customizations. This ensures vibrant colors and a smooth finish that stands the test of time. Whether you're personalizing hats, hoodies, or sweatshirts, our heat transfer film offers precise, durable, and comfortable prints, making your custom apparel both stylish and long-lasting.
Decorate your apparel with embroidery using our state of the art machinery, premium digitizing and high-quality threads. Embroidery adds a rich, textured element to your apparel, ensuring a distinctive and professional finish that lasts forever. Plus, we don't charge any digitizing fees, and you can request digitized previews for free, even without placing an order.
3D Puff embroidery gives your hat designs a bold, raised effect, creating a striking, three-dimensional look. This technique brings your logos and designs to life with added depth and texture, available exclusively for hats. Enjoy a premium, eye-catching finish that ensures your custom headwear makes a lasting impression. 3D Puff is limited to simple designs with two colours max where the columns of each element are between 3mm - 15mm wide.
Available Options
Description:
Ignite your outdoor style with the Flame Mesh Outdoor Cap, now available at Custom Caps Canada. Designed with a durable cotton/polyester blend, this cap combines rugged functionality with standout flair. Its structured, six-panel design and mid- to low-profile fit provide a comfortable, sleek look that’s perfect for outdoor adventures or casual wear. The pre-curved visor adds a classic touch, while the hook-and-loop closure ensures a secure and adjustable fit. The Flame Mesh Outdoor Cap from Custom Caps Canada is perfect for outdoor enthusiasts, brand promotions, or team events. Customize it with your logo or design to create a bold, functional accessory that’s ready for any adventure.
Features:
- Cotton/polyester blend
- Structured, six-panel, mid- to low-profile
- Pre-curved visor
- Hook-and-loop closure