Distributions of cleat or tread provide macro roughness
Surface materials provide micro-roughness for slip prevention
There are many jobs and plenty of circumstances where heavy duty rubber boots come in handy. Unlike many would like to believe, they're no longer made to be worn just on rainy days. Throughout the years rubber boots have been enhanced to be more durable, comfortable and modern looking so that they can be worn for more occasions than just your typical rainy day. With the use of more durable synthetic rubber material, better tread distribution, hard toe protection, more flexibility, and other great features, these work boots can be worn just about anywhere, for any reason.
As you can see, there are many circumstances where rubber boots are now favorable as footwear. When you find heavy duty rubber boots, you can expect them to last longer and provide more protection than any other boots that might be on the market.
With the advancements made to rubber boots there are many newer features and design concepts that have made them tougher and more acceptable to wear during even the most arduous of jobs. Depending on who you buy your rubber work boots from, you can expect a great deal of awesome features that will make the boots more appealing, stronger, and comfortable. Some of these features may include more durable synthetic rubber, hard toe protection, more flexibility, thicker insulation, added comfort, thicker soles with even tread distribution, micro rough texture on the surface, and the ability to be more puncture and chemical resistant.
A lot of rubber boot manufacturers have even begun focusing on the design of their rubber boots to make them more modern looking. Rubber boots have never really been known as fashion forward but with new technologies and design concepts, they are being created to be more visually appealing without jeopardizing the quality and longevity of the boot as foot protection. A seamless structure to the boot makes them less likely to crack and helps them to shelter your feet from water, acid, oil and other harsh liquid chemicals.