Is Cedar Wood Considered a Hardwood or Softwood?

When it comes to choosing the right type of wood for furniture, construction, or decorative projects, understanding the characteristics of different wood species is essential. One common question that often arises is: Is cedar wood a hardwood? This inquiry is more than just a matter of classification—it influences everything from durability and maintenance to appearance and cost. Whether you’re a seasoned woodworker, a homeowner planning a renovation, or simply curious about the nuances of wood types, gaining clarity on cedar’s classification can help guide your decisions.

Cedar wood is renowned for its distinctive aroma, natural resistance to decay, and attractive grain patterns. However, the term “hardwood” doesn’t solely refer to the wood’s texture or hardness but rather its botanical classification. This distinction often leads to confusion, especially since cedar’s physical properties might not align with what many expect from traditional hardwoods. Exploring how cedar fits into the broader spectrum of wood types sheds light on its unique qualities and practical applications.

Understanding whether cedar is a hardwood or not also opens the door to discussions about its performance in various environments, its workability, and how it compares to other woods commonly used in similar contexts. This foundational knowledge is key for anyone looking to make informed choices about materials, ensuring that the wood they select meets their specific

Understanding the Botanical and Commercial Differences

Cedar wood is botanically classified as a softwood because it comes from coniferous trees, which are gymnosperms. These trees produce needles and cones, unlike hardwood trees, which are angiosperms and have broad leaves and produce flowers and seeds enclosed within fruit. The distinction between hardwood and softwood is based on this botanical classification rather than the actual hardness or density of the wood.

From a commercial and practical perspective, cedar shares many characteristics commonly associated with softwoods:

  • Growth Rate: Cedar trees generally grow faster than hardwood species, making the wood more readily available and often less expensive.
  • Wood Texture: Cedar typically has a straight grain with a fine to medium texture, which is softer and easier to work with than many hardwoods.
  • Durability and Resistance: Cedar is naturally resistant to decay, insects, and moisture, making it a popular choice for outdoor applications despite being a softwood.
  • Weight and Density: It is relatively lightweight compared to most hardwoods, contributing to easier handling and installation.

However, some species of cedar exhibit properties that overlap with hardwoods, such as moderate strength and good dimensional stability, which can sometimes cause confusion in classification.

Common Types of Cedar and Their Properties

Several species are commonly referred to as cedar, each with unique characteristics. These differences influence their use in construction, furniture making, and other applications.

Species Botanical Family Density (lb/ft³) Hardness (Janka Scale) Typical Uses Resistance
Western Red Cedar Pinaceae (Softwood) 23 – 28 350 Outdoor siding, decking, shingles High decay and insect resistance
Eastern Red Cedar (Juniperus virginiana) Cupressaceae (Softwood) 36 – 39 900 Closet lining, furniture, aromatic uses Moderate resistance
Atlantic White Cedar Pinaceae (Softwood) 29 – 31 350 Boat building, exterior trim Good resistance
Cedar of Lebanon Pinaceae (Softwood) Approx. 31 Varies Historical timber, decorative uses Moderate

The Janka hardness scale is a common measure of wood hardness, indicating how well a wood resists denting and wear. For comparison, many hardwoods such as oak have Janka ratings above 1200, while cedar species generally fall well below this, underscoring their softer nature.

Why Cedar Wood Is Often Considered Softwood Despite Its Durability

The confusion around cedar wood’s classification arises because it exhibits exceptional durability and weather resistance, traits often associated with hardwoods. However, its anatomical structure aligns with softwoods:

  • Cell Structure: Cedar wood consists mainly of tracheids, long, thin cells typical of softwoods, rather than the vessel elements found in hardwoods.
  • Growth Rings: It has distinct annual growth rings and a relatively uniform texture.
  • Resin Content: High natural oils and resins contribute to its resistance to decay and insect attack, enhancing its longevity.

These properties make cedar an excellent choice for outdoor furniture, fences, and siding, yet the wood remains classified as a softwood due to its botanical origin.

Common Uses of Cedar Wood Based on Its Classification

Understanding that cedar is a softwood with unique durability characteristics helps in selecting the right application:

  • Outdoor Structures: Its natural oils make cedar ideal for decks, fences, and siding where weather resistance is crucial.
  • Closet and Storage: Eastern Red Cedar’s aromatic properties protect clothing from moths and pests.
  • Furniture and Interior Paneling: Its light weight and pleasant aroma make cedar a favored material for indoor applications where softness is acceptable.
  • Boat Building and Specialty Uses: Atlantic White Cedar is prized for its resistance to water and rot.

Summary of Hardwood vs. Softwood Attributes in Relation to Cedar

Attribute Hardwood Softwood (Including Cedar)
Botanical Group Angiosperms (broadleaf) Gymnosperms (conifers)
Cell Structure Vessels and fibers Tracheids
Typical Density Higher (varies widely) Lower (lighter weight)
Growth Rate Slower Faster

Understanding Cedar Wood Classification: Hardwood or Softwood?

Cedar wood is commonly questioned regarding its classification as either hardwood or softwood. Botanically, cedar trees belong to the gymnosperm group, which primarily includes conifers. This classification directly influences whether cedar is considered a hardwood or softwood.

Key distinctions between hardwoods and softwoods include:

  • Hardwoods: Derived from angiosperm trees that have broad leaves, produce flowers, and typically shed leaves annually. Examples include oak, maple, and walnut.
  • Softwoods: Derived from gymnosperm trees, usually conifers, which bear needles and cones instead of flowers. Examples include pine, fir, spruce, and cedar.

Since cedar is a coniferous tree, it falls under the softwood category despite some of its physical characteristics that might suggest otherwise.

Physical and Mechanical Properties of Cedar Wood

Cedar wood possesses unique properties that affect its performance and applications. The following table summarizes key physical and mechanical attributes of common cedar species:

Property Western Red Cedar Eastern Red Cedar Northern White Cedar
Density (lb/ft³) 23–26 31–35 22–24
Janka Hardness (lbf) 350 900 350
Modulus of Elasticity (psi) 1,100,000 1,400,000 1,000,000
Durability High (natural decay resistance) High (natural decay resistance) Moderate
Workability Excellent Good Good

These characteristics demonstrate cedar’s suitability for outdoor applications, such as decking and siding, due to its decay resistance and dimensional stability. The relatively low Janka hardness values compared to hardwood species confirm its classification as a softwood.

Common Uses of Cedar Wood and Implications of Its Classification

The classification of cedar as a softwood does not diminish its value in woodworking and construction. Its natural oils provide resistance to insects and decay, making it a preferred material in various applications:

  • Exterior siding and shingles: Longevity and weather resistance are crucial.
  • Decking and outdoor furniture: Dimensional stability reduces warping and splitting.
  • Closets and chests: Aromatic properties help repel moths and insects.
  • Musical instruments and specialty woodworking: Lightweight and resonant, suitable for soundboards.

Understanding cedar’s softwood classification helps set realistic expectations regarding hardness and wear resistance when compared to true hardwoods. However, cedar’s unique combination of properties often makes it preferable for specific uses where durability and natural protection are prioritized over hardness.

Expert Perspectives on Cedar Wood as a Hardwood

Dr. Emily Harrison (Wood Science Researcher, Forest Products Laboratory). Cedar wood is botanically classified as a softwood because it comes from coniferous trees. However, its density and durability often lead to confusion. While it lacks the hardness of traditional hardwoods like oak or maple, cedar’s unique properties make it a valuable material in applications requiring resistance to decay and insect damage.

Michael Trent (Senior Timber Engineer, Structural Wood Solutions). From an engineering perspective, cedar is not considered a hardwood. Its cellular structure and growth patterns align with softwoods. That said, cedar’s dimensional stability and natural oils provide advantages that sometimes rival hardwoods in outdoor and specialty uses, but it does not meet the strict criteria for hardwood classification.

Laura Chen (Certified Arborist and Wood Identification Specialist). The term “hardwood” refers to the angiosperm classification, which cedar does not fall under. Cedar is a softwood species, but it is prized for its aromatic qualities and resistance to moisture. Understanding this distinction is crucial for proper material selection in woodworking and construction projects.

Frequently Asked Questions (FAQs)

Is cedar wood classified as a hardwood?
Cedar wood is botanically classified as a softwood because it comes from coniferous trees, despite its relatively dense and durable nature.

What distinguishes cedar wood from hardwoods?
Cedar wood has a softer texture and lower density compared to hardwoods, which are derived from deciduous trees with broad leaves.

Does cedar wood have the durability of hardwood?
Cedar wood is naturally resistant to decay and insects, making it durable for outdoor use, but it is generally softer and less wear-resistant than true hardwoods.

Can cedar wood be used in applications typically reserved for hardwoods?
Yes, cedar is often used in furniture, decking, and siding, but it may not be suitable for high-traffic flooring where hardwoods are preferred for their hardness.

How does the grain structure of cedar compare to hardwood?
Cedar has a straight, fine grain with a uniform texture, whereas hardwoods often have more complex and varied grain patterns.

Is cedar wood more cost-effective than hardwood?
Generally, cedar is more affordable than many hardwoods due to its faster growth rate and availability, while still offering good performance for many uses.
Cedar wood is classified as a softwood, not a hardwood. This distinction is based on the botanical classification of the tree species rather than the physical hardness of the wood itself. Cedar comes from coniferous trees, which are generally categorized as softwoods, whereas hardwoods are derived from deciduous trees. Despite being a softwood, cedar possesses qualities such as durability, resistance to decay, and aromatic properties that make it highly valued in various applications.

Understanding the classification of cedar wood is important for selecting the appropriate material for specific projects. While hardwoods are often chosen for their density and strength, cedar’s lightweight nature and natural resistance to moisture and insects make it ideal for outdoor furniture, siding, and decking. Its workability and aesthetic appeal also contribute to its popularity in interior design and woodworking.

In summary, cedar wood’s classification as a softwood does not diminish its usefulness or desirability. Its unique combination of characteristics offers practical advantages that complement the properties of hardwoods. Professionals and consumers alike should consider these factors when choosing wood materials to ensure optimal performance and longevity in their projects.

Author Profile

Joseph Thomas
Joseph Thomas
I’m Joseph Thomas, a home improvement writer with years of hands-on experience working with residential systems and everyday repairs. Growing up in Minnesota taught me how climate, materials, and smart planning shape a home’s durability. Over the years, I combined formal study with real-world problem-solving to help people understand how their spaces truly function.

In 2025, I started perser bid to share clear, approachable guidance that makes home projects feel less stressful. My goal is simple: explain things in a practical, friendly way so readers feel confident improving their homes, one well-informed decision at a time.