Rubber decking offers a compelling alternative to traditional wood decking, especially in commercial and high-traffic areas. Its inherent non-slip properties significantly enhance safety, making it ideal for spaces where pedestrian security is paramount. Crafted from durable materials similar to those used in vehicle tires, rubber decking presents a long-lasting and robust solution, justifying its initial investment.
One of the key advantages of rubber decking is its low-maintenance nature. Unlike wood, it requires no painting, staining, or sealing, saving both time and money. The material’s composition eliminates air gaps and prevents significant expansion or contraction, resulting in minimal movement—typically less than half an inch over a 20-foot span. While its waterproof surface may require occasional clearing after rain, this is a small price to pay for its overall resilience.
Rubber decking exhibits excellent temperature resistance, performing well in environments ranging from freezing to over 100°F. However, in regions with consistently sub-zero winter temperatures, its suitability for outdoor use may be limited. While rubber decking can extend a deck’s lifespan by approximately five years compared to traditional materials, climate considerations are crucial before installation.
Cost-wise, rubber decking is a premium option. A black board measuring 1 inch thick and 8 inches wide can cost around $2 per foot, with gray or terra cotta options exceeding $3 per foot. Although backed by a 25-year warranty, certain conditions apply. Proper installation is essential, requiring support systems with centers no more than 18 inches apart and secure fastening of each board to every center. Exceeding a weight limit of 1000 pounds on the decking can also void the warranty.
Sometimes referred to as “Rumber,” rubber decking can be easily cut using a saw equipped with a carbide-tipped blade featuring large teeth. In addition to boards, it is also available in sheet form. Regardless of the format, securing the rubber to the center supports remains critical to prevent looseness and ensure stability.