Veneered MDF Board 13mm & 19mm – Oak, Pine, Cherry, Ash, Sapele, Walnut, Maple, Chestnut, Beech & Teak.

ur Veneered MDF Board is a high-quality decorative sheet material, ideal for joinery, furniture making, cabinet work, shelving, wall panelling and interior design projects.

Manufactured using a stable MDF core with a real wood veneer face, these boards provide the look and finish of natural timber while offering the smooth, consistent and easy-to-work properties of MDF. Veneered MDF is a popular choice for professional joiners, cabinet makers, shopfitters, interior designers and DIY users who want a premium timber appearance without using solid wood.

Available in 13mm and 19mm thicknesses, this veneered MDF range is suitable for a wide variety of internal applications where appearance, stability and workability are important.

Available Veneer Options
Pine Veneered MDF
Oak Veneered MDF
Cherry Veneered MDF
Ash Veneered MDF
Sapele Veneered MDF
Black Walnut Veneered MDF
Maple Veneered MDF
Chestnut Veneered MDF
White Beech Veneered MDF
Teak Veneered MDF
Key Features
High-quality veneered MDF board
Available in 13mm and 19mm thicknesses
Real wood veneer face for a natural timber finish
Stable MDF core
Smooth surface, ideal for finishing
Suitable for staining, lacquering, oiling or varnishing
Easy to cut, machine and edge
Ideal for furniture, cabinets, shelving and panelling
Suitable for trade, commercial and domestic projects
Cost-effective alternative to solid timber boards
Typical Uses
Cabinet making
Furniture manufacturing
Wardrobes and cupboards
Shelving
Wall panelling
Interior joinery
Shopfitting
Doors and decorative panels
Desks and worktops
Display units
Feature walls

Veneered MDF Board is the perfect choice when you need a decorative timber finish with the strength, consistency and practicality of MDF. With a wide choice of veneer species including oak, pine, cherry, ash, sapele, black walnut, maple, chestnut, white beech and teak, this board range offers a stylish and professional solution for many interior proj