Cedar is one of the most desirable materials for decking due to its beauty, durability, and thermal properties. Real cedar is ideal for building wood decks due to its incomparable feel and look. Both high quality and easy to work with, cedar allows homeowners to build distinctive and detailed decks.
One of the most aesthetic woods in the world, the look of cedar is a one-of-a-kind beauty. Western red cedar is known as the “tree of life” due to its many purposes throughout history such as making houses, baskets, clothing, canoes, and more. Its use in so many aspects of life makes it the optimal material for extending homeowners’ living spaces in the great outdoors. Not only is it practical, but it is lightweight, lays straight and flat, and is easy to fit in place. Its natural crisp and rich tones cannot be replaced with composite wood colors, and leaves a promise of a deck that never goes out of style.
As much as cedar is timeless, it is durable. Natural preservatives within the wood fibers allow cedar decks to withstand harsh conditions, including insects and moisture. With cedar’s natural decay-resistant thujaplicin and phenolics, it creates a deck that is not only endlessly functional and easy to use, but free of chemical preservatives as well. Under proper conditions, cedar will resist splintering and continue to stay structurally sturdy.
Cedar is especially unique due to its thermal properties and environmentally-friendliness. Its thermal properties make sure cedar decking remains cool even on the hottest of summer days. Plus, it’s a sustainable source, meaning that homeowners will be environmentally friendly in choosing cedar for their deck. Furthermore, cedar has a net carbon sink, which means cedar decking actually helps to remove greenhouse gases from the atmosphere. Real cedar wood is the choice for conscious and practical homeowners.
|Benefits of Cedar Decking|
- Real wood beauty
- Easy to use
- Natural preservatives for durability
- Free of chemical preservatives
- Stays cool in the heat
- Eco-friendly with a net carbon sink