Ipe Wood Deck: Best for Outdoor Use

Whenever summer approaches, many homeowners make plans to replenish their tired decking or build an entirely new structure that can serve as their outdoor oasis in the heat of the season. This, however, is no easy task—especially when you think about all the decking material options that you can choose from, including much cheaper synthetic products that offer tempting price tags, but are nowhere near the charm and elegance of real hardwoods. An ipe wood deck is a brilliant choice for an outdoor decking structure. In fact, ipe wood is something of a favorite go-to material for builders and designers because of its innate elegance, remarkable strength, amazing durability, and graceful beauty. Here are more reasons why ipe wood deck is a great choice for your deck build:

  • Ipe wood’s extreme durability is all thanks to its naturally dense wood structure. Because of its dense nature, rugged tigerwood offers impressive properties like fire resistance and natural protection against mold and mildew growth as well as insect damage. This high density also keeps the wood from expanding and contracting as much as other wood materials, which makes it one of the best choices when it comes to longevity. Not only does an ipe wood deck look great, it can also outlast many of other alternative materials, as it offers a life span of up to 50 years or even longer.
  • Ipe decking is also advantageous because it doesn’t require high maintenance. You don’t need to go through backbreaking labor in order to keep your ipe wood deck looking pristine. In fact, a simple wash with a gentle cleaner to remove dirt and grime is enough to keep your ipe decking in tip top condition. If you want to do your cleaning less frequently, sealing the wood with rose oil-based sealants and similar products will do the trick.
  • Another reason why many prefer an ipe wood deck over other types of hardwoods is that ipe wood keeps the deck surface much cooler as it doesn’t retain heat as much as other types of wood and synthetic materials.