Plain Correx Board – 3mm & 5mm Thickness

Description

Plain Correx Board – 3mm and 5mm

Plain Correx Board is an unprinted fluted polypropylene sheet for customers who need a lightweight, practical board for their own signage, display, craft or protective application. Its hollow-flute construction keeps the material easy to carry and work with.

Key Features

• Plain, unprinted Correx board
• Choice of 3mm or 5mm thickness
• Lightweight fluted polypropylene construction
• Easy to handle, cut and position with suitable tools
• Useful for temporary displays and general project work
• Supplied in economical packs of 10

Available Sizes

Choose A4, A3, A2 or A1 in either 3mm or 5mm thickness. Each variation is supplied as a pack of 10 boards. Select the size and thickness from the product options before adding the pack to your cart.

Material and Uses

Correx is commonly used for temporary signage, event boards, school and office displays, construction notices, presentation work, protective layers and creative projects. The 3mm board is suitable where a lighter sheet is preferred, while 5mm provides additional thickness for applications that need a firmer board.

Working with Correx

The board can be cut or shaped using appropriate tools and safe working methods. Its fluted structure has a grain direction, which can affect bending and rigidity. Plan the orientation before cutting when the board must stand, fold or carry applied graphics.

Important Product Information

This listing is for plain board only; printing, artwork and mounting accessories are not included. Correx is practical for many indoor and temporary outdoor uses, but installation method, exposure and handling will affect its service life.

Storage and Ordering

Store the sheets flat in a clean, dry area and keep heavy objects off the pack to avoid creasing or crushing the flutes. Confirm the paper-series size, thickness and number of packs before ordering. Because the sheets are supplied unprinted, any vinyl, paint, adhesive or other finishing process should be tested for compatibility first.

Use the thinner board for lighter-duty work and choose the thicker option when additional rigidity is helpful. The most suitable thickness still depends on the span, support and handling required for the finished project.