Inkjet Matte PolyPro Labels

2.6 Mil Matte White Inkjet Polypropylene Label – All-Temperature

Durable synthetic • All-temp adhesive • Inkjet printable for variable data

This matte white inkjet printable polypropylene label material is engineered for durable, all-temperature applications where flexibility and reliability matter. Designed for use with aqueous pigment-based inkjet inks, it delivers excellent image durability while supporting variable data and on-demand printing.

Built on a 2.6 mil biaxially-oriented polypropylene (BOPP) facestock with an all-temperature acrylic adhesive, this construction performs well across a wide range of environments and substrates.

Why Customers Choose This Material

• All-temperature performance: Adhesive designed to bond at low temperatures
• Durable synthetic facestock: Moisture resistant, tear resistant, and long-lasting
• Inkjet printable: Ideal for variable data and short-run labeling
• Converter-friendly: Consistent caliper and easy die cutting

Key Performance Highlights

Facestock (Top Layer)

• 2.6 mil matte white biaxially-oriented polypropylene (BOPP)
• High opacity and stiffness with excellent lay-flat characteristics
• Moisture resistant and durable for industrial environments
• Designed for aqueous pigment inkjet printing

Inkjet Receiver Coating

• Specially formulated for aqueous pigment-based inkjet inks
• Tested on Epson, Canon, and HP commercial inkjet engines
• Supports durable variable data and graphics

Adhesive

• GPA215 general-purpose all-temperature acrylic pressure-sensitive adhesive
• Aggressive adhesion at low temperatures
• Moderate initial tack and peel adhesion on a wide range of substrates
• Improved converting performance over legacy all-temp adhesives

Liner

• Easy-release 41# bleached white SCK liner
• Silicone-coated for smooth roll-to-roll conversion
• Other release levels available upon request

Typical Construction Specs

• Liner basis weight: 41# ±7%
• Liner caliper: 2.25 mil ±7%

Note: Performance data shown is typical and intended for comparison purposes only. End-use testing is recommended to confirm suitability for your specific application.