ULTRACURVE X1


Media Finish: Gloss
Media Width: 54"
Roll Length: 45m (Full Roll)
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Description

Ultracurve X1 is a revolutionary 153 micron flexible white polymeric vinyl film, containing bubble-free FLO Technology, backed with a highly aggressive pressure sensitive acrylic adhesive system, specifically engineered to adhere to difficult substrates, including motocross bikes, ATVs, side-x-sides, karts, and most low surface energy plastics.

 

 

Recommended Uses

Substance Incorporated recommends the following end uses for Ultracurve X1: Market leading bubble-free graphics for Motocross Bikes and ATVs. Bubble-free decals and graphics for Karts, including rough textured plastics. Demanding industrial applications to polyethylene, polypropylene, and TPO. Permanent adhesion to smooth and rough textured plastics and metals.

 

Performance

Ultracurve X1
Material 153 micron Polymeric Calendered Vinyl
Colour Opaque White

Tensile Strength 68N/25mm

Adhesive Clear Solvent-Based Pressure Sensitive Acrylic
Adhesive Thickness 0.056mm +/- 10%
Peel Adhesion 35N/25mm from Stainless Steel
Liner 99LB PE Coated Layflat Paper

Liner Release 32 grams/25mm

Dimensional Stability 0.8 mm
Application Temp. 0°C to 27°C recommended, test prior to specific application
Temperature Range -40°C to 88°C
Shelf Life 1 year when stored at 21°C and 50% relative humidity
Print Compatability Solvent, Eco-Solvent, Latex, UV, and Thermal Transfer Inks
Graphic Life Outdoor durability up to 7 years (unprinted), permanent
Chemical Resistence Resists mild acids, mild akalis, solvents, and salts. Excellent resistance to water, including immersion.

 

Installation

Before applying an overlaminate, allow 24 hours for print to dry. Application surface must be free of dust, dirt, debris, grease, and other contaminants. We highly recommend cleaning the installation surface with isopropyl alcohol prior to application. Dry installation is recommended. After working out any bubbles in the film, mild heat
may be used during installation to help X1 conform to irregular surfaces.

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