Procreate Watercolor Paper Canvas-ROSE

StarStarStarStarHalf star

4.81 based on 3253 reviews

BrushGalaxy BrushGalaxy BrushGalaxy BrushGalaxy
+3249

Product Information:

Hello, my name is Alice-thank you for visiting my little shop!

I hope you like using my paper to create art. The ‘ROSE’ paper canvas has been meticulously produced using real premium watercolor paper and a color filter, giving the impression and ‘randomness’ of painting on real paper. It would certainly elevate your digital artwork to a higher level!

*You will receive:
– 1 ready-to-use studio watercolor canvas 3000×3000 px (300DPI)

I also provide instructions on how to unzip the document and import it onto an iPad.

NOTE: The watercolor effect will only be visible if you paint UNDER the ‘Paper texture’ group layer in the canvas. After importing the paper, it will appear as a new canvas in your Procreate app gallery. This paper is compatible with all types of brushes in the iPad software Procreate. It is recommended to update to Procreate 5 or later to maximize the product’s capabilities. It was incompatible with other design programs such as Photoshop, Affinity, etc.

Thank you for your visit!
Please contact me if you have any questions.

How to get the product files:

Steps:

  1. Download brushes from Brush Galaxy (Products are in zip format)
  2. Install the Unzipping application from the App Store (Recommendation: iZipp)
  3. Decompress the zip product file
  4. Tap the brush/brushset file to open it in Procreate
  5. Use them to make beautiful art

Check out our in-detail tutorial on how to download and install brushes in Procreate

____________________________________

Do you like what you see? This is just one of the many quality products you can unlock, once you join Brush Galaxy. Rest assured, knowing that you’ll always receive fine Procreate assets crafted by professionals. Register today, and enjoy more than 50.000 Procreate brushes and palettes.

 – Buy Now

Love this product? Unlock it with 7 day trial for only 1$ !

DOWNLOAD FOR 1$