Business Source BSN74552 Sheet Protectors Letter Size 200pk

Product Description

The BUSINESS SOURCE BSN74552 is a box of 200 clear, top-loading sheet protectors designed to protect letter-size documents without requiring holes to be punched in the sheets. Constructed from durable polypropylene, these protectors feature a specially formulated material that prevents printed pages from sticking or lifting over time. A reinforced strip runs along the binding edge for added durability, and the three-hole punched side allows for fast, straightforward insertion into standard three-ring binders. Suitable for everyday document filing and archival use in office and school environments.

These sheet protectors are a standard solution for organizing and protecting frequently handled documents in binders, report covers, and presentation folders. Their top-loading design accepts letter-size sheets without modification to the original document. The heavyweight polypropylene construction holds up under repeated use, making them a practical choice for offices, classrooms, and administrative settings where documents need to stay clean and intact over time.

Key Features

• Top-loading design accepts letter-size inserts without punching holes in documents
• Clear polypropylene construction allows full visibility of contents
• Specially formulated material prevents printed pages from sticking or lifting
• Reinforced binding edge strip adds durability during repeated use
• Three-hole punched side fits standard three-ring binders
• Heavyweight construction for extended protection of important documents

Compatibility

Designed for use with standard letter-size documents and three-ring binders commonly used in office and school filing applications.

Installation Notes

No tools are required to use these sheet protectors. Simply slide letter-size documents in through the open top edge and insert the protector into any standard three-ring binder using the pre-punched holes. Avoid overfilling individual protectors, as excess pressure can stress the binding edge over time.