Business Source BSN49266 Landscape Plastic Clipboard

Product Description

The BUSINESS SOURCE BSN49266 is a landscape-orientation plastic clipboard designed for general-purpose writing support in home, office, and school settings. Measuring 9.3 by 12.2 inches with a depth of 0.1 inches, it provides a stable, smooth writing surface suited for forms, worksheets, and field notes. The 0.5-inch riveted clip holds paper securely without slipping. Constructed from durable plastic, the board is lightweight at approximately 1.5 pounds packaged and holds up to routine indoor and outdoor use. This is a practical utility item installed or used by office staff, students, tradespeople, and general users needing a portable writing surface.

The BSN49266 is well suited for landscape-format documents such as wide spreadsheets, sign-in sheets, inspection forms, and drawings. Its low-profile construction makes it easy to carry between job sites, classrooms, or workstations. The smooth writing surface supports clear, legible handwriting with standard pens or pencils. Use cases span office administration, school supply rooms, warehouse documentation, and field service paperwork where a stable writing platform is needed away from a desk.

Key Features

• Landscape orientation at 9.3 by 12.2 inches accommodates wide-format documents
• 0.5-inch riveted clip provides firm, reliable paper retention
• Smooth plastic writing surface supports neat, legible handwriting
• Durable plastic construction rated for indoor and outdoor use
• Compact and lightweight for easy portability between locations

Compatibility

Designed as a general-purpose landscape clipboard compatible with standard letter-size and wide-format paper sheets used in office, school, and field applications.

Installation Notes

No installation is required for this clipboard. Simply load paper under the riveted clip by pressing the clip lever and sliding sheets beneath it. To extend service life, avoid exposing the clipboard to prolonged direct sunlight or heavy impact, which may affect plastic integrity over time.