NCR Carbonless Paper, 4-Part Reverse, White/Canary/Pink/Gold, 125 Sets (5915)
Product Name:
NCR Carbonless Paper, 4-Part Reverse, White/Canary/Pink/Gold, 125 Sets (5915)
Product Description:
This high-quality NCR Carbonless Paper is designed to produce clear, crisp copies of your documents without the need for messy carbon sheets. The 4-Part Reverse version comes with a White, Canary, Pink, and Gold color configuration, making it perfect for multi-part forms, invoices, receipts, and other business applications. The reverse configuration ensures the original document remains neat while providing sharp, legible copies for each part.
Each ream contains 125 sets. Whether you’re creating complex forms or simple order slips, this carbonless paper offers reliable performance and clarity every time.
Key Features:
4-Part Reverse Configuration: White, Canary, Pink, and Gold parts for clear color differentiation.
Carbonless Technology: No carbon sheets required, providing a cleaner and more efficient process for multi-part forms.
High-Quality Copies: Produces professional-looking results for a variety of business needs.
Perfect for Multi-Part Forms: Ideal for invoices, work orders, contracts, receipts, and more.
Ream Size: 125 sets per ream, 5 reams per pack (625 sets per pack).
Specifications:
Paper Type: NCR Carbonless
Configuration: 4-Part Reverse (White/Canary/Pink/Gold)
Size per Set: Standard letter size (8.5" x 11")
Set per Ream: 125 sets
Reams per Pack: 5 reams (625 sets per pack)
Stock Code: 5915
Why Choose Our NCR Carbonless Paper?
Efficient and Clean: No need for messy carbon sheets. Clear, crisp copies are made with each use.
Professional Results: Ideal for high-volume document creation such as invoices, receipts, and contracts.
Color-Coded for Easy Identification: The White/Canary/Pink/Gold color setup helps differentiate each copy quickly.
Cost-Effective: Perfect for businesses requiring durable, high-quality multi-part forms at a competitive price.
Sustainable: Produced with environmentally friendly practices, reducing the need for carbon sheets and minimizing waste.