Princeton Neptune Series 4750 Synthetic Squirrel — Short Handle – created for Watercolors. Our Thirstiest Brush. Princeton’s synthetic version of squirrel, actually out performs the...
Princeton Neptune Series 4750 Synthetic Squirrel — Short Handle – created for Watercolors. Our Thirstiest Brush. Princeton’s synthetic version of squirrel, actually out performs the...
Princeton Professional Series 3050 Mini-detailer are precise brushes for precise tasks. Superb for fine detail painting in watercolors, acrylics and gouache. Quality synthetic sable, ensures...
Princeton Professional Series 3050 Mini-detailer are precise brushes for precise tasks. Superb for fine detail painting in watercolors, acrylics and gouache. Quality synthetic sable, ensures...
Princeton’s white synthetic-hair brushes are the industry standard for fluid acrylic and ink. Excellent snap and a fine point allow for a consistent release of...
Princeton’s white synthetic-hair brushes are the industry standard for fluid acrylic and ink. Excellent snap and a fine point allow for a consistent release of...
Velvetouch™ is Princeton’s best quality brush for all media including oil, acrylic, watercolor and gouache. The blend of synthetic fibers is unique to each individual...
Velvetouch™ is Princeton’s best quality brush for all media including oil, acrylic, watercolor and gouache. The blend of synthetic fibers is unique to each individual...
Velvetouch™ is Princeton’s best quality brush for all media including oil, acrylic, watercolor and gouache. The blend of synthetic fibers is unique to each individual...
Velvetouch™ is Princeton’s best quality brush for all media including oil, acrylic, watercolor and gouache. The blend of synthetic fibers is unique to each individual...
Velvetouch™ is Princeton’s best quality brush for all media including oil, acrylic, watercolor and gouache. The blend of synthetic fibers is unique to each individual...
Velvetouch™ is Princeton’s best quality brush for all media including oil, acrylic, watercolor and gouache. The blend of synthetic fibers is unique to each individual...