Synthetic Papers Medium Scuff Free White Matt PET

Synthetic Papers Medium Scuff Free White Matt PET (350 Micron) is a heavyweight, ultra-durable synthetic sheet built for applications where rigidity, resilience, and long-term performance are non-negotiable. With a clean white matt finish and a specialist scuff-resistant coating, this PET-based sheet delivers outstanding protection alongside premium visual clarity - perfect for professional print with staying power.

At 350 microns, this sheet offers a rigid, card-like structure that eliminates the need for mounting or backing. It’s ideal for high-handling or stand-alone print applications, while the 320x460mm format fits comfortably into small-format finishing workflows (always test for press compatibility).

The matt surface provides a non-reflective finish for excellent readability, while the scuff-free coating ensures the sheet maintains a clean, mark-free appearance even with frequent use. This makes it particularly well-suited for labels, signage, menus, tags, covers, display boards, and cards that need to remain crisp and presentable in busy environments.

Constructed from polyester (PET), this film is waterproof, tear-resistant, and wipeable, ideal for both indoor and outdoor settings where print needs to look great and last longer.

Key Benefits of Medium Scuff Free White Matt PET (350 Micron):

• Heavy-Duty Structure: 350-micron thickness for superior rigidity and stand-alone use.

• Scuff-Resistant Coating: Minimises marks from handling, stacking, or movement.

• White Matt Finish: Non-reflective surface with excellent print clarity and a premium feel.

• Waterproof & Tear-Resistant: Durable PET material stands up to wear and exposure.

• 320x460mm: Suitable for digital and offset print setups (test recommended).

• Ideal for Display & Durability: Perfect for table menus, cards, rigid signage, and print that must perform under pressure.

Explore our complete range of Synthetic Papers or speak with our team to find the perfect finish and format for your next high-performance print project.