Canson XL Series Watercolor Pad, 9x12 inch

The Canson XL 9x12 Watercolor Pads feature a cold press, textured paper that works beautifully for a variety of techniques. These pads contain 30 sheets of 140 lb /300 gram acid-free paper, and the durable surface withstands repeated washes. The paper is recommended for use with watercolor, acrylic, pen & ink, marker, colored pencil, pencil, charcoal, and pastel, offering a natural white color and texture.

The cold press textured paper provides an ideal surface for a range of artistic mediums, from the fluidity of watercolor to the bold strokes of acrylic and the precision of pen and ink. The 140 lb /300 gram weight of the paper ensures it can handle multiple layers and washes without buckling or tearing, making it a durable choice for artists who seek to explore the versatility of their chosen medium.

In addition to the 9x12 size, the Canson XL Watercolor Pads are also available in larger formats, including 11" x 14", 12" x 18", and 18" x 24", catering to the needs of artists who require more expansive canvases. The acid-free nature of the paper ensures that the artwork created on these pads will withstand the test of time, preserving the vibrancy and integrity of the colors.

Whether you're a seasoned watercolor artist or exploring new mediums for the first time, the Canson XL Watercolor Pads offer a reliable and versatile surface that can accommodate your creative vision. The textured paper provides just the right amount of resistance and tooth, allowing for a range of techniques and mark-making, from delicate washes to bold, expressive strokes.

In summary, the Canson XL 9x12 Watercolor Pads offer a high-quality, acid-free paper that is suitable for a variety of artistic media, including watercolor, acrylic, pen & ink, marker, colored pencil, pencil, charcoal, and pastel. With a durable surface that withstands repeated washes and a natural white color and texture, these pads provide an excellent foundation for artistic exploration and expression.

product information: