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Bright White Foam PVC

Extensive research into colour pigmentation has led to the development of a brighter white colour formulation throughout the Foamalux range which optimises reproduction capabilities and UV stability to achieve outstanding print clarity and quality. The finely balanced blend of pigments in Foamalux White provides a perfectly clean, crisp printing surface resulting in a noticeably brighter and truer print finish, achieving optimum print clarity of the highest quality.​

Bright White Foam PVC

FEATURES

  • Bright white colour formulation

  • Consistent silky smooth matt surface

  • Hard flat rigid sheet

  • Suitable for direct to substrate digital printing

  • Good surface for screen printing

  • Excellent colour reproduction

  • Superb output quality

  • Thicknesses from 1-24mm

  • Sheet widths up to 2050mm

SHEET SIZES

Sheet Size

Thickness   [ mm ]

1220 x 2440

1, 2, 3, 4, 5, 6, 8, 10, 13, 19 & 24

1220 x 3050

1, 2, 3, 4, 5, 6, 8, 10, 13, 19 & 24

1560 x 3050

2, 3, 4, 5, 6, 8, 10 & 19

2050 x 3050

2, 3, 4, 5, 6, 8 & 10

APPLICATIONS

  • Displays

  • Exhibitions

  • In-store fitting

  • In-store graphics

  • Point of purchase/sale

  • Signs – Permanent

  • Signs – Temporary

DOWNLOADS

Foamalux Digital Printing &

Static Electricity

Foamalux Product Guide

Foamalux PVC Brochure

Foamalux Bright White Brochure

TECHNICAL

  • Printing processes: Screen printing and direct to substrate digital printing

  • Machining: Suitable for guillotining, die cutting, sawing, drilling, milling and routing

  • Fire rating: Foamalux has been independently tested to various European Fire Test Standards; for the most current certification please contact the Technical Department.

  • Installation: It is important to make allowances for thermal movement (a 2440mm long panel will expand by 3.32mm as the temperature rises from 20°C to 40°C)

  • Forming and Fabrication: Suitable for folding, drape forming, thermoforming, hot air welding and hot plate welding

  • Panel Orientation: should be considered when mounting panels; extruded materials generally have fractionally greater flexural strength, and therefore resistance to bending in the direction of extrusion 

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