Business Source BSN36593 Copy Paper 20 Lb 8.5x14 Carton 10

Product Description

The BUSINESS SOURCE BSN36593 is a multipurpose 20 lb acid-free copy paper designed for high-volume office printing and copying environments. Cut to 8.5 x 14 inches (legal size), it delivers consistent, jam-free performance across a wide range of output devices. With a brightness rating of 92 and high opacity, it produces sharp, readable output on both sides of the sheet without bleed-through. The acid-free composition qualifies it for archival use, making it suitable for documents that must be retained long-term. Office administrators, print room staff, and facilities procurement teams are the primary users of this stock.

BSN36593 is suited for general office use in both small offices and high-throughput copy centers. The legal 8.5 x 14 inch format is commonly used for contracts, spreadsheets, legal filings, and forms. Its smooth texture and consistent caliper support reliable feeding in high-speed environments. This carton contains 10 reams, making it a practical bulk purchase for offices with ongoing legal-size paper demand.

Key Features

• 20 lb bond weight provides standard durability for everyday document output
• 92 brightness rating delivers clear, high-contrast print results
• High opacity supports double-sided printing without show-through
• Acid-free composition ensures archival-quality longevity
• Legal size 8.5 x 14 inches fits standard legal trays and drawers
• Carton of 10 reams for bulk supply management

Compatibility

Compatible with high-speed copiers, fax machines, inkjet printers, laser printers, offset duplicators, and multipurpose output devices that accept legal-size media.

Installation Notes

Load paper into the legal-size tray or drawer of the target device, aligning with the tray guides to prevent skew and misfeeds. Store unused reams flat in a cool, dry environment to maintain sheet flatness and prevent humidity-related jams. Fan the paper stack before loading in high-humidity conditions to reduce sheet adhesion.