Pacon PAC6603 Construction Paper 9x12 in 50 Pack

Product Description

The PACON PAC6603 is a heavyweight groundwood construction paper designed for arts, crafts, and school projects. Each sheet measures 9 inches by 12 inches and features a smooth texture that cuts and folds cleanly without cracking or splitting along fold lines. The paper holds bright, consistent color throughout the sheet, making it reliable for projects where uniform appearance matters. This pack contains 50 sheets and is suitable for classroom use, after-school programs, and general craft applications. The groundwood stock offers enough body for layered or cut-paper work without excessive bulk.

This construction paper is used in K-12 classroom settings, art studios, and craft rooms. It performs well for paper cutting, collage, origami-style folding, and basic mixed-media projects. The 9-by-12-inch format is a standard classroom size that fits most project templates and binders. The recyclable material aligns with school and institutional sustainability requirements. Teachers, classroom aides, and activity coordinators are the primary users of this product in institutional settings.

Key Features

• Heavyweight groundwood stock cuts cleanly and folds without cracking
• Smooth texture accepts markers, crayons, colored pencils, and light paint
• Bright, consistent color throughout each sheet for uniform project results
• Standard 9-inch by 12-inch format fits common classroom templates
• Recyclable material suitable for schools with sustainability policies
• Pack of 50 sheets for classroom or studio use

Compatibility

Designed as a standard construction paper replacement for classroom, craft room, and general arts-and-crafts applications requiring 9-by-12-inch heavyweight groundwood sheets.

Installation Notes

No installation is required for this product. Store flat in a dry environment to prevent warping or moisture absorption. Keep away from prolonged direct sunlight to preserve color consistency. Open packaging carefully to avoid bending sheets along the short edge.