Hardwood
Contents |
Introduction
Hardwoods are one of the most common types of wood used in manufacturing; everything from oak furniture to a mahogany mantelpiece are constructed with the hardwood. But what makes hardwood so special, and why is it different to traditional softwoods?
What are hardwoods?
Hardwoods are types of wood that come from deciduous trees – trees where their leaves fall every autumn. Some of the most common types of hardwood trees include oak, mahogany, ash, beech, and birch.
One reason hardwoods are known as hardwoods is because they tend to grow a lot more slowly than other types of trees, which results in the trunk, bark, and branches becoming denser, which can be a great benefit for carpenters and people that use wood on a regular basis.
Because of the increased density of the tree, the wood is more 'heavy duty' than its soft counterparts, which is why it is typically used in furniture such as tables, chairs, chest drawers, and so on.
The difference between hardwoods and softwoods
Traditional hardwoods, such as oak, can show annual growth rings, meaning that carpenters and tree enthusiasts can determine how old certain types of wood are, and that can determine various important characteristics of the wood. For example, the more rings there are, the denser it will be, meaning that it is a much higher quality hardwood compared to one that has very few rings.
However, people tend to associate hardwoods with hardness, but this isn’t always the case. For example, balsa is a common hardwood but it is generally softer than softwoods.
|
|
| Softwood | Hardwood |
Applications of hardwoods
Hardwoods have a wide range of applications, being used for fuel, tools, furniture, flooring, barrels, and the manufacturing of charcoal. The important thing is that, because hardwoods take longer to develop, they are more expensive, which is why they aren’t used as much as softwoods in industries, such as construction.
Hardwoods also have a complex structure, meaning they can produce beautiful features on the wood itself. For example, if you cut a hardwood tree horizontally, you will notice the annual growth rings, but, if you cut a hardwood tree vertically, you will notice the lines that run along the wood that is formed from the xylem tubes; this is known as the grain.
Because of its complex nature, unusual structures can form easily within the wood, such as extra branches protruding out of the wood. When the wood is cut, round ovals of darker wood can be seen, which are known as knots.
However, knots can actually weaken the structure of the wood itself, so it is important to make sure that you use wood with little knots for uses that require wood’s strength. For furniture items, strength isn’t a necessity, because people tend to focus more on the aesthetics of the wood, and it can definitely be said that hardwood with knots looks more aesthetically pleasing than plain hardwood.
--G&S Specialist Timber 09:11, 16 Feb 2017 (BST)
Related articles on Designing Buildings Wiki
- 11 things you didn't know about wood.
- Ancient Woodland.
- Bamboo flooring.
- Birch wood.
- Boardwalk.
- Cross-laminated timber.
- Decking boards.
- Definition of tree for planning purposes.
- Engineered bamboo.
- Forests.
- Janka hardness rating scale.
- Laminated veneer lumber LVL.
- Modified wood.
- Natural materials.
- Padauk wood.
- Panelling.
- Physical Properties of Wood.
- Plywood.
- Recognising wood rot and insect damage in buildings.
- Softwood.
- Sustainably procuring tropical hardwood.
- Testing timber.
- The Differences Between Engineered Flooring and Solid Hardwood Flooring.
- The differences between hardwood and softwood.
- Timber.
- Timber construction for London.
- Timber framed buildings and fire.
- Timber preservation.
- Timber vs wood.
- Types of timber.
- Walnut.
- Wrot timber.
Featured articles and news
UKCW London to tackle sector’s most pressing issues
AI and skills development, ecology and the environment, policy and planning and more.
Managing building safety risks
Across an existing residential portfolio; a client's perspective.
ECA support for Gate Safe’s Safe School Gates Campaign.
Core construction skills explained
Preparing for a career in construction.
Retrofitting for resilience with the Leicester Resilience Hub
Community-serving facilities, enhanced as support and essential services for climate-related disruptions.
Some of the articles relating to water, here to browse. Any missing?
Recognisable Gothic characters, designed to dramatically spout water away from buildings.
A case study and a warning to would-be developers
Creating four dwellings... after half a century of doing this job, why, oh why, is it so difficult?
Reform of the fire engineering profession
Fire Engineers Advisory Panel: Authoritative Statement, reactions and next steps.
Restoration and renewal of the Palace of Westminster
A complex project of cultural significance from full decant to EMI, opportunities and a potential a way forward.
Apprenticeships and the responsibility we share
Perspectives from the CIOB President as National Apprentice Week comes to a close.
The first line of defence against rain, wind and snow.
Building Safety recap January, 2026
What we missed at the end of last year, and at the start of this...
National Apprenticeship Week 2026, 9-15 Feb
Shining a light on the positive impacts for businesses, their apprentices and the wider economy alike.
Applications and benefits of acoustic flooring
From commercial to retail.
From solid to sprung and ribbed to raised.
Strengthening industry collaboration in Hong Kong
Hong Kong Institute of Construction and The Chartered Institute of Building sign Memorandum of Understanding.
A detailed description from the experts at Cornish Lime.

























