Matte Calendered Vinyl, Permanent Adhesive (ESM-MCVP)

Roland DG Matte Calendered Vinyl with Permanent Adhesive (MCVP) is a versatile printable vinyl designed for high-quality graphics where reduced glare and clean visual presentation are important. Its matte surface provides excellent readability under bright lighting while maintaining strong, long-term adhesion to a variety of smooth substrates.

MCVP delivers consistent print performance with eco-solvent and latex printers, making it a dependable choice for signage, decals, labels, and interior graphics.

Key Benefits

• Matte Finish – Minimizes glare and reflections, improving readability in bright indoor environments.

• Permanent Adhesive – Provides strong adhesion for durable graphics and signage.

• Sharp Print Detail – Printable coating supports vibrant color and precise text reproduction.

• General-Purpose Media – Suitable for a wide range of graphic and signage applications.

• Reliable Performance – Designed to perform consistently with Roland DG eco-solvent printers and other compatible systems.

Ideal Applications

• Indoor signage and informational graphics

• Decals and branding graphics

• Product labeling and equipment identification

• Wall and panel graphics

• Retail displays and promotional signage

Compatibility

Optimized for Roland DG eco-solvent printers, while also compatible with many solvent and latex printing platforms.

Product Features

• Matte calendered printable vinyl

• Permanent pressure-sensitive adhesive

• Reduced glare surface for improved visibility

• Excellent color reproduction and detail

• Suitable for lamination to increase durability

Surface Compatibility

Best applied to clean, smooth surfaces, including:

• Glass

• Metal

• Plastic

• Aluminum composite panels

• Painted surfaces

• Rigid signage boards

Installation Notes

Apply to surfaces that are clean, dry, and free from dust, grease, or debris. Laminating printed graphics is recommended for outdoor applications or when additional scratch and UV protection is desired.