Acid Signal – Polyester Canvas Print
Acid Signal – Polyester Canvas Print
Turn your next custom sneaker project into a loud, glitch-style statement with Acid Signal — a high-energy polyester canvas print packed with acid green, electric cyan, purple, pink, black, and distorted digital texture.
This print is made for the cut–glue–sew sneaker custom technique, giving customisers a bold printed canvas material that can be cut into panels, glued onto the shoe upper, stitched in place, and finished for extra durability.
Printed using Epson UltraChrome PRO10 pigment ink, the design delivers strong colour, sharp detail, and a premium print finish on polyester canvas.
Please note: this canvas is not coated, sealed, or varnished. For the best durability, scratch resistance, and long-term wear, we recommend applying a suitable flexible sneaker/leather finisher after the canvas has been attached to the shoe.
Product Details
- Product name: Acid Signal
- Material: Polyester canvas print
- Print type: Pigment ink print
- Ink used: Epson UltraChrome PRO10 pigment ink
- Finish: Uncoated / unsealed
- Technique: Designed for cut–glue–sew sneaker customisation
- Best use: Sneaker panels, side panels, toe box sections, heel sections, tongue details, and creative cut-and-sew projects
- Sheet size: A3 – 297 × 420 mm
- Design style: Abstract glitch, digital graffiti, streetwear, cyber pattern
- Included: 1 printed polyester canvas sheet only
- Not included: Shoes, glue, thread, finisher, tools, or accessories
Important Notes
This product is a canvas print only. The shoes shown in mockups or product images are for display and inspiration only.
The canvas must be cut and applied by the customer or customiser. It is not a ready-made shoe panel and does not come pre-cut.
Because the print is uncoated, we strongly recommend sealing the finished custom with a flexible matte or satin finisher to improve durability, reduce surface wear, and protect the artwork during use.
Colours may appear slightly different depending on your screen settings, lighting, and finishing method.