12X16 Wood Frame Hardwood Screen Printing Fabric - Natural Wood, White Mesh, 12" X 16" (1 Unit)

Bring professional-quality results to your screen printing setup with this 12x16 hardwood frame featuring a smooth natural wood finish and durable white mesh. Designed for clean tension, accurate registration, and reliable performance, this frame is a smart choice for textile printing, graphic designs, and custom apparel production. The sturdy construction helps support consistent prints while the cord-locked mesh makes tightening, replacement, and reclaiming easier after each use.

Built for both hobbyists and experienced printers, this screen printing frame offers a dependable balance of strength, lightweight handling, and easy maintenance. The hardwood frame provides a solid structure, while the mesh supports smooth ink flow for detailed artwork and crisp design patterns. Whether you are printing on T-shirts, vests, tote bags, or other fabric surfaces, this frame is made to help you achieve sharp, repeatable results with less hassle.

Features & Benefits

• Hardwood frame construction for dependable support and long-lasting use
• White mesh surface designed for precise designs and smooth ink transfer
• Cord-locked mesh for easier tightening, replacement, and screen reclaiming
• Lightweight build that is easy to handle during printing sessions
• Suitable for textile printing, graphic printing, and custom design work
• Easy to clean and maintain for repeated production use
• Helps deliver sharp detail and professional-grade print consistency

Recommended Uses

• Screen printing on T-shirts, vests, and apparel
• Custom tote bags and promotional items
• DIY craft projects and small-batch production
• Graphic printing and textile design applications
• Workshop, studio, and classroom printing setups

Care Instructions

After each use, reclaim the screen promptly and clean away ink and emulsion residue using your preferred screen printing cleaning method. Allow the frame to dry fully before storing to help maintain the wood finish and mesh performance.