KDM 180 Dot Matrix Computer Paper, 9.5 x 11 Inch White, 20 lb, 1-Part Continuous Printer Paper with 1/2" Marginal Perfs, 2400 Sheets/Carton

<br> <br><p>KDM 180 dot matrix computer paper delivers smooth, continuous printing for high-volume business use. This 9.5" x 11" white 20 lb 1-part paper features 1/2" marginal perforations for consistent feeding and clean separation. Designed for all dot matrix printers, it provides reliable, jam-free operation and long print runs. Each carton includes 2400 sheets for extended efficiency.<br></p><br><br>

• Designed for dot matrix printing – Continuous 9.5" x 11" white computer paper built for dependable use in all standard dot matrix printers. The 1/2" marginal perforations allow smooth feeding, while the 20 lb weight provides consistent, clean printing for reports, forms, invoices, and high-volume office tasks.
• Smooth, uninterrupted print runs – Engineered for long format and bulk printing, this continuous fanfold paper feeds reliably without frequent reloading. Ideal for businesses requiring steady output such as warehouses, logistics teams, billing departments, and production environments handling daily print cycles.
• Durable 20 lb paper for clear results – The uncoated 20# bond paper ensures uniform print clarity and dependable image transfer on dot matrix impact ribbons. Its balanced weight helps prevent smudging, fading, tearing, or curling during printing, handling, stacking, and filing.
• Built to reduce jams and tearing – Strong construction allows this continuous paper to move through printers without snagging or breaking. The precise perforations between sheets ensure easy separation while maintaining structural integrity, supporting efficient workflows and minimized downtime.
• High-volume carton for business efficiency – Supplied in a 2400-sheet carton for extended use in offices, manufacturing facilities, distribution centers, and administrative operations. Continuous format allows non-stop printing with no breaks between cartons, streamlining document production and high-output projects.