How to Choose Cabinet Materials for Custom Furniture: 7 Board Types, Their Production, Pros and Cons

Cabinet material determines how long custom furniture lasts, how well it handles moisture and how environmentally sound it is. The materials our factory in China commonly uses for cabinet bodies are particleboard, plywood, eco-board, OSB, MDF, solid wood and melamine-faced solid wood. Their production, strengths and weaknesses, and suitable applications are not the same, so "which board is better" cannot be answered in one word.

1. Particleboard.

Production: wood chips bonded with adhesive and pressed under high temperature. Flat, stable and cost-effective; suitable for wardrobes, bookcases, shoe cabinets and other dry areas. Weakness: limited moisture resistance — it swells when exposed to water. Available environmental grades: HENF, ENF, E0, E1.

2. Plywood.

Production: thin wood veneers stacked crosswise. Better moisture resistance and load-bearing capacity than particleboard; suitable for kitchen base cabinets, balcony cabinets, laundry cabinets and basement cabinets — damp locations. Weakness: large door panels may warp slightly, so door height should stay under 2.2 m (or be split into upper and lower doors), with door width within 600 mm. Available environmental grades: ENF, E0, E1.

3. OSB (oriented strand board).
Production: large wood strands laid in oriented layers. Strong resistance to deformation; stable for 2.4 m high door panels. MDI adhesive is commonly used. Available environmental grades: ENF, E0, E1.

4. MDF (medium-density fibreboard).
Production: wood fibres pressed into a dense, fine-surfaced board. Suitable as the substrate for shaped door panels, including vacuum-formed (membrane-pressed) doors. Weakness: poor moisture resistance — it swells when wet, so it is not recommended for cabinet bodies. Strength: it can be shaped into Chinese, new-Chinese, European and American style door panels, with high decorative value. Available environmental grades: ENF, E0, E1.

5. Eco-board.

Production: a core of wood strips with veneer on both faces and a melamine (no-paint) surface — long used by on-site carpenters. Weakness: relatively soft, not suitable for door panels because it deforms easily; suitable for cabinet bodies. Cost is on the higher side. Available environmental grades: ENF, E0, E1.

6. Solid wood (finger-jointed or whole-board).
Production: solid timber joined or used as a single board, with little adhesive. Weakness: higher price and prone to expansion, contraction and cracking. Mainly used for high-end door panels; rarely for a complete cabinet body.

7. Melamine-faced solid wood.
Production: rubberwood or pine core of wood strips with a melamine (no-paint) surface. Mostly used for cabinet bodies; stability is acceptable, with many colour options and a stronger look. Weakness: relatively soft, not suitable for door panels because it deforms easily; suitable for cabinet bodies. Cost is on the higher side. Available environmental grades: ENF, E0, E1.

When choosing, decide by location: particleboard is a reasonable first choice for cabinet bodies in dry areas; plywood is recommended for damp locations such as kitchens, balconies, laundry rooms and basements; OSB can be used where 2.4 m high door panels must resist deformation; MDF is the substrate for shaped door panels; eco-board or melamine-faced solid wood can be considered when budget and colour variety matter; solid wood suits high-end door panels. The environmental grade and test report of the chosen material should always be confirmed.

Our factory cabinet materials cover the HENF, ENF, E0, FAS and F4-star environmental standards. The final choice depends on the application, budget and project requirements.

Beijing Jiangli Furniture Co., Ltd. operates its factory in Gaobeidian, Hebei Province. We provide OEM/ODM and processing of customer-supplied materials — customers may purchase raw materials and have them processed at our factory — and we work with decoration companies, interior designers, design studios, custom-furniture dealers and engineering projects.