Uni-Ball Uni Posca PC-3M Paint Markers - Blue, Fine Tip
Bring Your Creations to Life with Uni-Ball Uni Posca PC-3M Paint Markers
Unleash your creativity with the Uni-Ball Uni Posca PC-3M Paint Markers, a versatile and reliable art supply perfect for craft projects, DIY enthusiasts, and artists alike. With its water-based ink, this paint marker is suitable for use on over 50 surfaces, including wood, glass, metal, plastic, ceramic, leather, and more. The fine, reversible tip allows for precise lines and coloring, making it ideal for detailed work and artistic expressions.
Permanent and Erasable Ink for Endless Possibilities
The Uni-Ball Uni Posca PC-3M Paint Markers feature vivid, opaque ink that is permanent on porous surfaces and erasable on most nonporous surfaces. This means you can create bold, vibrant marks on paper, fabric, and other materials, and easily correct mistakes or change your design on smooth surfaces. The ink is also quick-drying, non-toxic, and odorless, ensuring a safe and enjoyable creative experience.
Weather-Resistant Performance for Outdoor and Indoor Use
Whether you're working on an outdoor project or an indoor masterpiece, the Uni-Ball Uni Posca PC-3M Paint Markers are designed to perform. The weather-resistant ink ensures that your creations remain vibrant and unaffected by the elements, making it perfect for outdoor art, signage, and other applications.
Convenient and Portable Design
The Uni-Ball Uni Posca PC-3M Paint Markers feature a click-seal cap that prevents drying out and ensures a smooth, consistent flow of ink. The compact design makes it easy to take with you wherever your creativity takes you, and the pack of 6 markers provides a range of options for your artistic endeavors.
A Trusted Brand for Artistic Excellence
Uni-Ball is a renowned brand in the art world, known for its high-quality products and commitment to excellence. With the Uni-Ball Uni Posca PC-3M Paint Markers, you can trust that you're getting a reliable and durable art supply that will help you bring your creations to life.