Canson - XL Dry Mixed Media Pads - natural • 9 in. x 12 in.

XL Dry Mixed Media Pads - natural • 9 in. x 12 in.

See All 4 Versions of This Item
SKU: 18105 MPN: C31078P012
List Price: $15.40
Discount: 40%
Texas Art Price: $9.24

Product Information

  • Sandpaper-like surface ideal for dry media
  • Works with pencil, pastel, and charcoal
  • 98 lb. sheets prevent buckling
  • Available in gray and natural
  • Easy to erase for corrections
  • Both sides usable for extended value
  • Made from organic, renewable materials
Price Match Guarantee Found it cheaper? We'll match it.
Artist-Staffed Team Real artists ready to help you.
Houston, TX Since 1950 Local roots, three store locations.
Fast, Reliable Shipping Thousands of items ship quickly.

Canson XL Dry Mixed Media Pads Description

Subtle tooth transforms how dry media behaves on paper. This sandpaper-like surface grabs pigment differently than smooth sheets, pencil strokes build rich, velvety layers; pastels deposit color with immediate intensity; charcoal creates deep, atmospheric values without excessive dust. The fine grain structure holds particles in place, reducing smudging while maintaining workability for blending and corrections.

Both gray and natural surfaces expand your tonal range strategically. Gray sheets eliminate white paper glare, letting you work middle values first and add highlights deliberately. Natural surfaces provide traditional warmth for studies that need familiar reference points. Either way, you're working on renewable organic materials that handle aggressive erasing without deteriorating, test approaches, rework passages, push corrections further than typical mixed media sheets allow.

Heavyweight 98lb sheets stay flat through layered applications. Both sides accept media equally, effectively doubling your working surfaces for studies and color tests. The pad format keeps sheets clean and organized while you develop techniques across pencil, pastel, and charcoal, media that demand surfaces engineered specifically for how dry pigments transfer and adhere.