Xerox XER3R12420 2-part Carbonless Paper 2500 Sheets

Product Description

The XEROX XER3R12420 is a 2-part carbonless paper designed for use in high-speed digital printing environments. It uses patented capsule control technology to minimize contamination between sheets and produce consistent, legible image transfer across both parts. This paper is Sustainable Forestry Initiative (SFI) Certified, confirming responsible fiber sourcing. Each carton contains 2500 sheets, making it a practical choice for operations that run high volumes of multi-part forms. Office administrators, print shop operators, and forms-processing departments are the primary users of this product.

This carbonless paper is suited for businesses and organizations that produce invoices, purchase orders, work orders, and other multi-part business forms on digital printers. It is formatted for standard digital office and production printing equipment. The 2-part configuration produces one original and one copy in a single print pass, eliminating the need for separate copying steps. This product is appropriate for both light commercial use and higher-volume office environments where form legibility and reliable copy transfer are required.

Key Features

• Patented capsule control technology reduces sheet-to-sheet contamination and improves copy image quality
• Designed specifically for high-speed digital printers
• Produces clear, legible image transfer on both the original and copy sheets
• SFI Certified for responsible and sustainable fiber sourcing
• Carton quantity of 2500 sheets supports high-volume form printing workflows

Compatibility

Designed as an OEM-style replacement or direct supply for high-speed digital printers that accept standard carbonless multi-part paper stock.

Installation Notes

Load carbonless paper into the printer tray according to the equipment manufacturer's feed orientation guidelines, as incorrect orientation will result in failed image transfer. Store unused paper in a cool, dry location away from direct sunlight to protect the capsule coating. Handle reams carefully to avoid pre-activating the coating through excessive pressure or friction on sheet surfaces.