Best Safety Shoes in India 2022 [Work Boots]

Work Boots [Safety Shoes] - Analysis and Buying Guide - 2022

Work boots do more than keep you comfortable on the job. A good pair of boots can protect your feet in multiple ways: from the weather, hazards, and dirt. Beyond the correct size, to find the right pair of boots, consider a few things.

The right pair of work boots depends on the specific job as each requires different types of protection. Materials and boot construction will vary. Job-specific features like finger protection or waterproofing are also standard.

Best Safety Shoes in India

To see which pair of work boots will give you the comfort and protection you need on the job, read on for our how-to guide. It will provide helpful information to find the best pair for your needs. We also have some recommendations for the boots we think are the best.

How to Decide on a Work Boot / Safety Shoes

  • The choice of work boot largely depends on what you plan to do while wearing it.
  • Welders need boots that protect them from hot metal shrapnel.
  • Carpenters need boots that protect them from puncture wounds.
  • Concrete workers benefit from waterproof boots with a deep tread.

In some work situations, a supervisor who tells you exactly what to buy has already answered the question of what to wear on your feet. In other conditions, the employer provides guidelines, but it's up to you to find a shoe that adheres to them. For example, laborers and skilled craftsmen in the United States must wear boots approved by the Occupational Safety and Health Administration (OSHA).

The first question you should ask yourself is a broad one: “What exactly are my needs? “More specifically, what kind of toe protection does your job require? Does your work environment dictate a specific footfall pattern? Would you benefit from metatarsal protection? Would you prefer boots with a cement adhesive or high-tech injection technology?

Top & Best Brands Safety Shoes in India 2022

  1     Allen Cooper 1156
  Safety Shoe
 Grey Suede Leather Upper
 Anti-Skid Sole Design&
 Heat Resistant up to 120
Deg. Cel
  2.  Liberty Warrior
 98-02-SSBA Safety Shoes
 AntiSkid (Slip Resistance)
 High Quality Steel Toe
 Oil/Acid Resistant
  3.  ACME Rapid
Safety Shoes
 PU Pouring Sole
 ISI Certified
 Single Density
  4.  Karam Leather  
 Safety Shoes
 Single Density PU Sole
 Oil/Acid Resistant
 Anti Fatigue
  5.  Tiger Black Lorex
 Safety Shoes
 Water & Heat Resistance
 Slip-resistant Sole
 Steel Toe

Read on to Discover the Answers to These Questions.

Types of Toe Protection

Some work boots include a steel plate inside the toe box. Others have an aluminum or composite toe cap. It's up to you to decide which type of toe protection suits you best.

  • Steel

Steel toe boots protect toes from falling debris, hot building materials, and falling tools. This type of footwear has been on the market for decades.

We spoke with former freight line worker Mark Rice, who told us that steel-toed boots were a must-have during his days on the railroad. Mark said that steel toes are great for anyone who works with heavy equipment or has reason to use their foot as a brute force tool.

But steel is heavy, and for an eight- or ten-hour shift, its weight can cause fatigue in the feet and legs. Additionally, steel-toed boots can conduct electricity, making them unsafe to wear on machinery with a solid electric and magnetic field. Steel-toed boots are also notorious for retaining heat or uncomfortable proposition, to be sure.

However, steel toe work boots are exceptionally durable. Workers who don't mind wearing heavy metal boots should make do with this variety of footwear.

  • Aluminum

Aluminum has several advantages over traditional steel, including its lower weight and greater flexibility. Because aluminum dropouts are much lighter than steel dropouts, they create less fatigue on the feet and legs of the wearer.

Heat/cold retention is still an issue, but the heat dissipates faster through aluminum than steel. And while it's true that aluminum also conducts electricity, it doesn't do so to the same extent as steel. You may experience annoying static electricity when wearing aluminum-toed boots around certain types of machinery. Still, the side effects are not as severe as they might be if you were to wear steel-toed boots.

Some workers question the strength and durability of aluminum versus good old steel. Suffice it to say that aluminum plates meet industry safety standards and offer essentially the same level of protection as steel.

Composite Materials

Special polymers and ceramic materials can be combined to mimic the strength of a steel-toed boot. We will refer to these components as "composite materials."

Composite materials do not pose heat and cold retention problems. They're not too heavy, they protect your toes from falling debris, and other hazards like steel does, but they're much more comfortable to wear.

This amazing technology is relatively new, and can be hard to find on store shelves.

  • Boot Construction

The quality of the connection between the bottom and top of a boot, the body and sole's, affects its durability. Manufacturers use three primary methods to bond rubber soles to leather uppers, each with its strengths and weaknesses.

  • Cement

Cement construction is a popular and relatively inexpensive method used by many manufacturers. The leather upper and rubber sole are glued together with an industrial-strength adhesive.

These boots may cost less than others, but the adhesives tend to degrade over time, especially when exposed to the hazards of a construction site or factory. Some boots with cement construction can be repaired or re-welded, but many require complete replacement once the adhesive bond fails.

  • Molded

Some manufacturers join the above by injection technology. The leather upper is held in a unique mold while a heated rubber compound (the sole in liquid form) is poured or injected into the bottom of the mold. The rubber compound fuses with the top as it cools and dries, creating a solid bond that requires no adhesive or seams.

This method reduces the chances of the boot coming apart over time and provides more excellent weather resistance. However, a molded work boot is nearly impossible to repair or replant once broken.

  • Goodyear's Wheal

In addition to manufacturing rubber automobile tires, The Goodyear Tire & Rubber Company produces treaded soles for work boots. Attaching these soles requires a complicated sewing process and an additional strip of leather, known as a "welt."

High-end boot makers embrace Goodyear construction for its exceptional strength and resistance to water. While they tend to cost much more than the competition, these boots can be easily repaired or re-soldered. As such, they usually last much longer.

Other features to consider

  • Metatarsal Guard

In addition to a toe box, some workers benefit from a metatarsal guard. This component sits over the tongue of the boot and extends into the toe box, protecting the top of the foot from sudden impacts and hot materials.

  • Lace

The laces you choose can improve your safety on the job. For example, rescue workers may want to replace the standard cotton laces with a set of waterproof, synthetic materials. Factory employees who work in high temperatures should consider Kevlar-based lanyards that resist heat and fire. And those who work in rough terrain can try laces with a rough texture, as they tend to stay tied well.

  • Tread Style

Walking style affects your stability and comfort on the job. Let the type of work you do guide your decision. For example, if you work on a construction site on soft ground, you'll want a tread that improves its grip on the floor. If you work in wet or oily conditions, you might consider an anti-slip tread that provides additional traction.

Maintenance Tips

Scrape dirt and debris off the sole of your boot as soon as possible. Muddy tread doesn't provide traction, and dirt on the ground can cause abrasions and blisters.

Inspect your boots daily for damage. Because of the intense protection work boots provide, you may not even realize you've stepped on a nail or screw until after.

Use mink oil or another leather conditioning product to keep the upper supple and waterproof.

When not in use, air out your boots in a shoe rack.


Que : Do standard shoe sizes apply to work boots?

Ans : Not always. We suggest you go up at least ½ a size.

Que : Do boots that pinch or feel tight in the toe box “break in” over time?

Ans : Leather is a flexible material, but steel, aluminum and composite materials will not necessarily flex over time. It's better to get the fit right the first time than to trust the boot to fit your foot.

Que : Will a boot that is a little loose be enough?

Ans : Again, we recommend a precise fit. A boot that feels too loose is just as bad for you as a boot that feels too tight.

Que : How do I know if the boots I'm interested in are OSHA approved?

Ans : OSHA adheres to the standards prescribed by the American Society for Testing and Materials (ASTM) for safety boots. This can be a bit confusing because in the past, OSHA approved standards from the American National Standards Institute (ANSI).



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