Oxford OXF5740404 Poly Folder 8 Pocket 200 Sheet

Product Description

The OXFORD OXF5740404 is an eight-pocket poly folder designed for organizing and protecting letter-size documents in office, school, and professional project environments. Eight individual heavyweight pockets, each reinforced to hold up to 25 sheets, give a total capacity of 200 sheets per folder. A double-loop wire binding runs the length of the spine and allows the folder to open completely flat, making it practical for desk use and presentations. The poly cover material is wear-resistant, tear-resistant, and moisture-resistant, providing durable long-term protection for documents. Office managers, administrators, and field professionals who need organized, category-based document storage will find this folder well-suited for daily use.

This folder is intended for general office and school use wherever letter-size documents need to be sorted into multiple sections. Each of the eight pockets is labeled or color-coded to separate projects, clients, subjects, or job categories. The assorted-color pack includes red, blue, green, and purple folders, making it straightforward to assign a color to a specific category or team. The flat-open wire binding makes the folder easy to leaf through without removing documents from their pockets, which suits desk reviews, client meetings, and field inspections.

Key Features

• Eight heavyweight reinforced pockets, each holding up to 25 letter-size sheets
• Total document capacity of 200 sheets per folder
• Double-loop wire binding opens completely flat for easy access
• Poly cover is wear-resistant, tear-resistant, and moisture-resistant
• Assorted colors: red, blue, green, and purple for color-coded organization

Compatibility

Designed to hold standard letter-size documents and fits typical letter-size filing and storage environments.

Installation Notes

No installation is required for this product. Store flat or upright to maintain pocket alignment and prevent warping. Avoid exposing the poly material to prolonged direct heat, which may cause deformation over time.