Yupo Watercolour Paper - White 20 X 26 Inches
Yupo Watercolour Paper is waterproof, stain-resistant, incredibly strong and durable. This extraordinary non-absorbent surface resists tearing…
Yupo Watercolour Paper is waterproof, stain-resistant, incredibly strong and durable. This extraordinary non-absorbent surface resists tearing…
This synthetic paper made of 100% polypropylene offers a unique alternative to traditional art papers. Waterproof and stain-resistant, it is…
A synthetic substrate (polypropylene) is born with a non-porous surface that repels water. YUPO offers visual artists an incredibly beautiful…
With its translucent finish, Yupo Watercolour Paper is waterproof, stain-resistant, incredibly strong and durable. This extraordinary non-absorbent…
With a translucent finish, these slick sheets are an excellent beginning point for a variety of mediums, including watercolours, acrylics and…
Yupo is a synthetic paper - 100% polypropylene. It is waterproof, stain-resistant and extremely strong and durable. It can be used as a stencil…
A true innovation in fine arts substrates. This synthetic tree-free paper is everlasting and non-absorbent. It resists buckling with wet media…
Yupo is a synthetic paper - 100% polypropylene. It is waterproof, stain-resistant and extremely strong and durable. It can be used as a stencil…
With a translucent finish, these slick sheets are an excellent beginning point for a variety of mediums, including watercolours, acrylics and…
A true innovation in fine arts substrates. This synthetic tree-free paper is everlasting and non-absorbent. It resists buckling with wet media…
Yupo is a synthetic paper - 100% polypropylene. It is waterproof, stain-resistant and extremely strong and durable. It can be used as a stencil…
With a translucent finish, these slick sheets are an excellent beginning point for a variety of mediums, including watercolours, acrylics and…
Yupo is a 100% polypropylene synthetic paper. Waterproof, stain-resistant and extremely durable, this extraordinary non-absorbent surface resists…