You know better than to judge a book by its cover; but, when it comes to work boots, what’s on the outside really does matter. In fact, when you need work shoes that’ll keep you from literally busting your butt on the job, you need boots with the best non-slip soles.
If you are looking for more details, kindly visit Jianlida.
When you’re looking for the best work shoes, especially if you’re working in the cold, you’ve probably compared material, features, and insulation (and you've read our 5 Tips for Choosing the Best Work Boot). You probably didn’t give much thought to the part of the shoe you’ll almost never see: the outsole. Well, we’re here to tell you to take another look.
Why is getting the right outsole on your work boots and safety shoes so important? The best boot outsoles can save you some cash and save you from falling down the job.
Outsoles are the part of the shoe that make the most contact with the environment you work in. Outsoles keep your boot from cracking or falling apart as you move between the extremes of hot and cold, wet or dry. Well-constructed outsoles are more durable, so you won’t have to spend your hard-earned cash on frequent replacements.
Work shoes with the safest slip-resistant outsoles are also your first line of defense against slips, trips and falls on jobsites with icy or slippery terrain.
Working in the cold brings challenges that you just don’t have to consider on other job sites. Regular box store work shoes and their thin, untempered outsoles aren’t designed for working in constant cold. And they certainly aren’t strong enough to handle quick changes in temperature, such as walking from the slick, stone-cold floor of a freezer warehouse to the rough, sun-scorched concrete of a loading dock.
Most outsoles are made of rubber, which reacts poorly to cold contact and moving between warm to cold temperatures. The outsoles harden and crack, reducing the grip and slip resistance so the boots can’t work as well to keep you steady on your feet. It also decreases the durability and lifespan of the outsole, so you’ll have to replace them more often.
RefrigiWear insulated work boots and safety sneakers are designed specifically for working in the cold. RefrigiWear boots are made with strong and durable anti-slip outsoles that won’t crack under constant contact with frigid floors or frosty jobsites. RefrigiWear work boot outsoles can also handle wide swings in temperatures, so you can walk over wet or dry, hot or cold surfaces without worrying about slipping on the job.
Before you choose the best work boot for your job, be sure to check out the sole to make sure the tread will give you the level of traction you need.
The style of tread isn’t for looks (though some do look pretty cool). The tread pattern and lug size (the individual pieces of the tread) determine how the boot grips the floor or ground, and how water or other fluids you might wade through on the job flow through the tread.
Smaller tread generally does better on slicker surfaces with water or ice. Larger or wider tread performs better with contaminants. RefrigiWear boot outsoles mix tread patterns, with larger lugs on the perimeter of the outsole and a finer tread in the middle. This allows our boots to handle as many conditions as possible, while maintaining maximum slip resistance. You’ll also find that the material compound in RefrigiWear boot outsoles is engineered with a grit component. This gives even the smaller treads a boost of gripping power on slick surfaces.
Sure, those box store boots might say “non-slip” on the tag, but can they actually back that up with hard data and field testing results? RefrigiWear can.
All RefrigiWear work boots and safety shoes are tested for slip resistance using a standardized Mark II slip resistance test. To perform the test, a section of the outsole is cut out and used to slide against a tile surface. The outsole is tested against the tile when it is dry, wet and with an oily/wet mixture applied. The test measures the “coefficient of friction” – or CoF – to determine the outsole’s slip resistance. A CoF measurement of 0.50 or higher on a dry surface is considered "slip-resistant."
Not only do all RefrigiWear safety shoes and work boots score above 0.50, they score significantly higher and approach a perfect score of 1.0. After all, we wouldn’t choose an outsole that performed “good enough” slip-resistance level. We want you to have confidence that your boots are protecting you. That is why we make outsoles that score so high in slip resistance ratings.
RefrigiWear delivers a range of outsoles on our boots that have different tread patterns and slip-resistance levels. Our outsoles are engineered to perform in both indoor cold (where most contact is with cold cement floors) and outdoor cold (the self-cleaning, cleat designs help here). The combination of engineered compounds and tread designs are unique to our footwear. You won’t find outsoles like ours anywhere else, so step into the warmth and protection of RefrigiWear boots and stomp out cold.
The company is the world’s best Rubber Sole Safety Boots supplier. We are your one-stop shop for all needs. Our staff are highly-specialized and will help you find the product you need.
What types are available? What are their differences?
Safety shoes that meet ASTM F requirements are an essential part of personal protective equipment (PPE) in various industries. They are designed to protect the feet from a wide range of hazards, including falling objects, sharp items, electrical risks and slippery surfaces. Let’s explore the different types of safety shoes available and highlight their unique features and uses, along with standards they should meet.
Steel toe shoes are among the most common types of safety footwear. They have a reinforced steel toe cap that protects the toes from impact and compression injuries. Key Features:
• Toe protection. The steel toe cap can withstand significant impact and compression forces.
• Durability. Steel is durable with long-lasting protection.
• Weight. Steel toe shoes are generally heavier than other types of safety shoes.
• Applications. Steel toe shoes are ideal for construction sites, manufacturing plants and any environment where there is a risk of heavy objects falling on the feet. Many assume that steel toe shoes cannot be used around electrical hazards. However, as long as the steel toe cap is insulated, the steel toe will not conduct electricity.
Composite toe shoes provide similar protection to steel toe shoes but use non-metal materials like Kevlar, carbon fiber or plastic. Key Features:
• Lightweight. Composite materials are lighter than steel, making the shoes more comfortable for all-day wear on the job.
• Non-conductive. They do not conduct electricity, making them suitable for electrical environments.
• Temperature resistance. Composite toe shoes do not get as cold or hot as steel toe shoes in extreme temperatures, making for a better option for applications such as foundry work or cold storage.
• Applications. These shoes are suitable for environments where metal detectors are used, and for electrical work where non-conductive footwear is required.
Alloy toe shoes use lighter metals such as aluminum or titanium to provide toe protection. Key Features:
• Lightweight. Alloys are lighter than steel but still offer strong protection.
Are you interested in learning more about EVA Sole Safety Shoes? Contact us today to secure an expert consultation!