Veneered MDF Board – A/B Grade – Residential Interiors

Product Overview

This 10mm thick oak veneered MDF board measures 2440mm x 1220mm (8' x 4') and features an A/B grade crown cut oak veneer. It's perfect for joinery, cabinetry, and furniture making. The A-grade face provides an attractive oak grain suitable for clear finishing, while the B-grade face is ideal for concealed use. The MDF core ensures stability and machinability, offering a smooth substrate for the veneer.

Features & Benefits

• Decorative veneer: Crown cut oak surface with natural cathedral grain pattern.
• A/B grade: A-grade front for finishing, B-grade reverse for concealed use.
• Stable MDF core: Provides uniform strength and prevents warping.
• Lightweight format: 10mm thickness ideal for various applications.
• Versatile finish: Ready for clear lacquer, oil, stain, or veneer polish.
• Standard-size sheet: 2440mm x 1220mm provides broad coverage.

Applications

• Furniture making: Doors, sides, and decorative panels.
• Cabinetry: Carcasses, interiors, and fronts.
• Interior joinery: Decorative wall and ceiling panelling.
• Shopfitting: Attractive natural timber appearance.

Installation Guidance

• Preparation: Condition sheets flat in a dry interior environment.
• Cutting: Use fine-toothed saws or CNC machinery for clean edges.
• Fixing: Secure with adhesives, nails, or screws as appropriate.
• Finishing: Seal with lacquer, oil, or stain to protect veneer.
• Environment: For dry internal use only.

Compliance & Performance

• Material specification: MDF core with real oak veneer.
• Veneer type: Crown cut with cathedral grain figure.
• Grade: A/B – high-quality front, serviceable reverse.
• Important note: Natural veneer variations may occur in grain and color.

FAQs

• Can this MDF board be used outside? No, it is intended for dry internal use only.
• What is the best way to finish the veneer? It can be finished with clear lacquer, oil, or stain for protection and aesthetics.
• Are there variations in the veneer pattern? Yes, natural variations in grain and color may occur.