Maple
Maple is a premium hardwood characterized by its fine, uniform grain pattern, exceptional hardness, and light color, making it an excellent choice for flooring, furniture, cabinetry, and other applications where durability and a clean, contemporary aesthetic are desired.
Composition
Natural or engineered wood product with specific grain pattern and color characteristics
Properties
Density
39-47 lbs/ft³ (625-755 kg/m³)
Hard Maple (44-47 lbs/ft³) is significantly denser than Soft Maple species (39-42 lbs/ft³). This high density, particularly in Hard Maple, contributes to its excellent wear resistance and durability.
Janka Hardness
950-1,450 lbf (varies by species)
Hard Maple ranks among the hardest domestic woods (1,450 lbf) while Soft Maple species are less hard but still durable (950-1,100 lbf). Hard Maple's exceptional hardness makes it ideal for high-traffic flooring and surfaces subject to impact.
Bending Strength (MOR)
13,400-15,800 psi (92-109 MPa)
Hard Maple offers superior strength (15,800 psi) compared to Soft Maple species (13,400 psi). This high strength makes maple suitable for applications requiring resistance to breaking under load.
Stiffness (MOE)
1.6-1.8 million psi (11.0-12.4 GPa)
Hard Maple provides greater stiffness than Soft Maple, important for applications where minimal deflection under load is desired. This property makes maple suitable for structural components that must maintain their shape under stress.
Decay Resistance
Low
Maple has minimal natural resistance to decay and insect attack, making it unsuitable for exterior applications without proper treatment. It is primarily used for interior applications where its limited decay resistance is not a concern.
Grain Pattern
Fine, uniform grain with occasional figure
Maple typically has a straight, close grain pattern with a fine, uniform texture. Special grain patterns include bird's-eye, curly, quilted, and flame figures, which are highly prized for decorative applications. The wood has minimal visible pores, contributing to its smooth appearance.
Applications
Flooring
One of the premier hardwoods for residential and commercial flooring, particularly Hard Maple which is prized for its exceptional wear resistance. Maple flooring is available in solid and engineered formats, with various grades from clear to character-marked. It is the standard for basketball courts and other sports floors due to its durability and resilience. Maple flooring typically features a light, clean appearance that brightens spaces and works well with contemporary design. It can be finished naturally to showcase its light color or stained to achieve various tones.
Cabinetry and Furniture
Widely used for high-quality cabinetry and furniture, from contemporary to traditional styles. Maple's fine grain, consistent color, and excellent machining properties make it ideal for detailed cabinetry work. It is particularly popular for kitchen and bathroom cabinetry where its durability and clean appearance are valued. Maple accepts finishes well and can be stained to mimic other woods or painted for a smooth, uniform surface. Figured maple (curly, bird's-eye, quilted) is highly prized for fine furniture and accent pieces.
Countertops and Butcher Blocks
Hard Maple is the traditional and preferred material for butcher blocks and cutting surfaces due to its hardness, tight grain, and food-safe properties. Maple countertops and islands provide durable work surfaces with a warm, natural appearance. The wood's tight grain helps prevent bacteria absorption when properly maintained. Maple cutting surfaces are gentle on knife edges while resisting cuts and scratches better than most alternatives.
Interior Trim and Millwork
Commonly used for baseboards, crown moldings, door and window casings, stair parts, and other interior trim elements. Maple's hardness allows for crisp, detailed profiles that resist damage. It provides a clean, refined appearance for interior architectural details. Maple trim can be finished naturally, stained, or painted, with paint-grade maple valued for its smooth surface and minimal grain telegraphing.
Veneer and Decorative Applications
Sliced into thin veneers for use in plywood, furniture, cabinetry, and architectural panels. Figured maple veneers (curly, bird's-eye, quilted) are particularly valued for their dramatic appearance. Rotary-cut maple veneer is used for utility plywood and laminated veneer lumber. Maple veneer allows the beauty of figured wood to be applied economically to larger surfaces.
Specialty Applications
Traditionally used for specific applications where its properties are particularly valuable, including musical instruments (violin family, drums, guitar necks), bowling alley lanes, dance floors, tool handles, and cutting boards. Hard Maple's combination of strength, hardness, and fine grain make it uniquely suited to these specialized uses. The wood's consistent structure provides predictable acoustic properties for musical instruments.
Advantages
- Exceptional hardness and wear resistance, particularly Hard Maple
- Clean, uniform appearance with minimal grain variation
- Excellent machining properties for detailed work
- Takes clear finishes beautifully for a natural look
- Provides a bright, light appearance that works well in contemporary spaces
- Food-safe properties ideal for kitchen applications
- Figured varieties offer distinctive, decorative options
- Good availability and moderate growth rate compared to some hardwoods
Limitations
- Difficult to stain evenly due to dense grain (tends to blotch)
- Susceptible to movement with humidity changes
- Limited natural decay resistance, unsuitable for exterior use
- Can develop uneven coloration with age and UV exposure
- Higher cost than many alternative materials
- Requires careful finishing techniques for best results
- Less distinctive grain character than many hardwoods
- Can be challenging to work with hand tools due to hardness
Sustainability Profile
Wood is a renewable resource when harvested from sustainably managed forests. It has a lower carbon footprint compared to many other building materials and can be recycled or biodegraded at end of life.