District Spaced-Dyed Beanie (Purple/ Charcoal)
by
District
District Spaced-Dyed Beanie (Purple/ Charcoal)
by
District
Fully decorated as low as:
Regular price
- Unit price
- per
Blank canvas, endless possibilities.
All-inclusive Pricing
Fast Turnaround
Minimum 48
1. Choose a Color:
Decoration (Recommended): Embroidery, Heat Transfer
Decoration Placement
The District Spaced-Dyed Beanie in Purple/Charcoal is the perfect addition to your winter wardrobe. Made of a cozy blend of 77/22/1 acrylic/poly/spandex, this beanie will keep you warm and stylish all season long. Expertly decorated by Printwear, this beanie is available in one size fits most and is the ideal choice for anyone looking for a comfortable and stylish hat.
Printwear specializes in creating custom apparel and promotional products using a variety of decoration methods. Whether it's screen printing, embroidery, or laser engraving, they have the expertise to bring your vision to life in high-quality and fast turnaround. No matter what you're looking for, Printwear has the tools and expertise to make it happen.
So, if you're in the market for a high-quality, personalized beanie, the District Spaced-Dyed Beanie in Purple/Charcoal is the perfect choice. With the expertise of Printwear, you can be sure that you'll receive a top-notch product that is as unique and memorable as you are.
Get a Quote - District Spaced-Dyed Beanie (Purple/ Charcoal)
Recommended Decoration Types: Embroidery and Heat Transfer
Available Sizes: OS
District Spaced-Dyed Beanie - DT620
Decoration Methods
Printwear specializes in creating custom apparel and promotional products using a variety of decoration methods. Some of the available methods are:
Embroidery
This method uses stitches to create a design on the item. It's a classic and sophisticated option that's perfect for hats, jackets, polos, and other apparel.
Heat Transfer
This method uses heat to transfer a pre-designed image or logo onto the item. It's a quick and affordable option that works well for simple designs on fabrics like polyester. Team names and numbers are most often applied this way.
Pad Printing
This method uses a silicone pad to transfer ink to uneven surfaces, making it ideal for items like sunglasses, pens, mugs, and keychains.
Screen Printing
This is a popular method that uses a stencil to apply ink to the surface of the item. It's known for its durability and vibrant colors, making it ideal for t-shirts, sweatshirts, tote bags, and other items that will get a lot of wear and tear.
Laser Etching
This method uses a laser to burn a design into the surface of the item, creating a permanent and elegant look. Often used in drinkware and entertaining products.
Direct-to-Garment (DTG)
A modern printing method for applying designs directly onto garments using specialized inkjet printers. Similar to how you might print on paper, but instead of paper, the ink is deposited onto fabric fibers.
Emboss
This method creates a raised impression in the material, adding a tactile element to the design. Oftern used on notebooks and journals.
Deboss
This method creates a sunken impression in the material, adding a tactile element to the design. Often used in silicon drinkware and wristbands.
Dye-Sublimation
A heat transfer process that heat presses sublimation ink printed onto transfer paper onto a product. Ideal for producing vivid full color images. Often used with sports jerseys and athletic apparel.
UV Printing
A digital printing method that uses ultra-violet lights to dry or cure ink as it is printed. While the printer distributes ink on the material, UV lights follow behind, curing the ink instantly.
Rotary Screen Print
This method forces ink through a fine mesh screen with a squeegee onto a rotating product and is ideal for cylindrical objects. Used mainly for drink bottles, cups and mugs.
Supacolor
This method combines the quality of traditional water-based silkscreen techniques with the flexibility and convenience of digital direct to film (DTF) printing to create premium-quality printing especially on difficult to print applications.