The durability, moisture resistance, load-bearing capacity, and environmental performance of a kitchen cabinet largely depend on the type of board material used. Common substrates on the market include MDF (Medium Density Fiberboard), Plywood, OSB (Oriented Strand Board), HMR (High Moisture Resistant Particle Board), and Particle Board—each with its own strengths and weaknesses, suitable for different applications. When selecting a custom kitchen cabinet, understanding these materials is crucial. Choosing the right board ensures not only lasting quality and function but also enhances the overall performance and sustainability of your kitchen cabinet setup.

 MDF (medium density fiberboard)

Advantages:

-Smooth surface, suitable for painting and laminating (such as lacquer, PET), suitable for modern style cabinets.

-Not easily deformed, with better stability than solid wood, suitable for making decorative door panels (such as European carved patterns).

-The price is moderate, cheaper than solid wood, and more stable than particleboard.

Disadvantages:

-Not moisture-proof, prone to swelling when in contact with water, not suitable for humid environments.

-The nail grip is average, and the hinge may loosen after long-term use.

Applicable scenarios:

-Cabinet door panels in dry areas (not recommended for cabinets).

-High end customized cabinets that require precise processing such as carving and baking paint.

Plywood (plywood/multi-layer solid wood panel)

Advantages:

-High strength, good load-bearing capacity, more durable than MDF and particleboard.

-Good moisture resistance, suitable for environments such as kitchens and bathrooms.

-High environmental friendliness, less adhesive usage than particle board, and lower formaldehyde emission.

Disadvantages:

-The price is relatively high, 30% -50% more expensive than MDF and particleboard.

-The surface is not as smooth as MDF, and directly making door panels requires pasting or painting.

Applicable scenarios:

-Cabinets and cabinets.

-High end customized cabinets that require long-term use.

OSB (Oriented Strand Board)

Advantages:

-The structure is stable, and the criss crossing wooden chips make it have high bending strength.

-Good moisture resistance (better than ordinary particle board).

-Moderate price, cheaper than plywood, and more moisture resistant than MDF.

Disadvantages:

-The surface is rough and not suitable for directly making door panels. It needs to be coated with film or leather.

-Low aesthetic appeal, mostly used for structural support rather than exposed parts.

Applicable scenarios:

-Cabinet backboards and base boards.

-Industrial style and warehouse style decoration (using exposed OSB as decoration).

HMR (Moisture resistant Particle Board)

Advantages:

-Excellent moisture resistance, after special treatment, it is more water-resistant than ordinary particle boards.

-High cost-effectiveness, cheaper than plywood, but more durable than ordinary particleboard.

Disadvantages:

-The hardness is average, and long-term load-bearing may cause deformation (such as placing heavy objects).

-The appearance is ordinary and requires veneer treatment to make the door panel.

Applicable scenarios:

-Cabinets and cabinets (especially in situations where budget is limited but moisture resistance is required).

-Customized furniture substrates (such as wardrobes, bathroom cabinets).

Particle Board

Advantages:

-The price is cheap and it is the most economical board on the market.

-Easy to process, suitable for large-scale production (such as commonly used in IKEA cabinets).

Disadvantages:

-Poor moisture resistance, prone to swelling when in contact with water, not suitable for humid environments.

-Weak nail grip, screws are prone to loosening after long-term use.

-The environmental friendliness is average, but low-quality particle boards have high formaldehyde emissions.

Applicable scenarios:

-Temporary cabinets with limited budget.

-Low frequency furniture in dry areas, such as study cabinets.