ASTM Safety Standards 2024  | Expert Guide to Work Boot Safety

ASTM Safety Standards 2024 | Expert Guide to Work Boot Safety

Posted by Cara Spindler on Feb 13th 2024

Safety Toe Footwear is Crucial for Staying Safe on the Job

ASTM Safety Standards 2024 | Expert Guide to Work Boot Safety


Footwear needs to be tough enough to protect feet in today’s high-intensity work environments.

If you are working at a job that requires the wearing of safety toe footwear, it is crucial that you follow your employer’s regulations in order to protect your feet, and for that matter, even possibly your life.

Foot, ankle and knee injuries can always be life-changing events, both physically and financially, but they are especially life-changing if the proper safety precautions are not followed if you are injured while on the job.

Work Boot Safety is a Requirement on Dangerous Work Sites
Without the proper safety footwear, you may find your feet or toes getting injured, crushed, or even worse - severed on the job. This could be due to a fork-lift riding over your toes, a bone-crushing object rolling across your feet, or an unseen heavy object that drops down from above.

Let’s Face It. Accidents Do Happen.

You may think you will be alert at all times to prevent any personal injury to yourself while working, but unfortunately, this is a dangerous mindset. Accidents are called accidents because, by their very nature, they are unexpected and they usually happen very quickly, without giving you any time to react to avoid an injury.

If a severe accident should occur while not wearing the required safety footwear, you may become instantly disabled with no financial recourse, because your company’s safety policy had not been followed.

Safety Footwear is More Beneficial to You Than to Your Employer

If your job has mandated that you wear protective footwear and you fail to do so and then an injury occurs, you may be denied Workman’s Compensation for the time off needed to heal and you may also be denied any medical bill coverage, or financial compensation to help you recover financially from time lost on the job.

Therefore, it is crucial to adhere to your employer’s footwear requirements, so, as a worker, you can perform at your level best, while minimizing the risk of serious injury to you and while minimizing the risk of liability to your employer.

Workplace Injuries to Feet, Ankles and Knees

According to The Bureau of Labor Statistics 1 workplace injuries that happen to the feet, ankles and knees occur on a regular basis. In fact, in 2018 alone, there were 215,550 non-fatal occupational injuries to workers on the lower extremities of their bodies, that resulted in the need to take time off of the job to recover.

2018 Non-Fatal Occupational Injuries to Feet, Ankles and Legs

Sometimes these reported injuries are just unavoidable accidents that occur while wearing the proper protective gear, but other times injuries happen because the right type of protective footwear was not worn.

Employers May Require Footwear with the Following:

  • Safety Toe Caps

    Safety Footwear that requires certified toe protection will have strong toe caps made of Steel, Alloy, Aluminum, or a composite of materials, that help prevent injury from heavy or crushing objects that might drop onto, or roll over the feet. Safety Toe Caps will also shield toes when they accidentally bang up against machinery or equipment.

  • Electrical Hazard (EH)

    While most Safety Toe Boots have this rating, some Soft Toe Boots will have this rating as well. EH Rated boots and shoes will withstand applications of 18,000 volts at 60hz for one minute without leakage.
    Per OSHA: EH rated boots are only supplemental. Electrical Workers need Primary Forms of Protection per Standards:29 CFR 1910.137; 29 CFR 1910.269(l); and 29 CFR 1926.950(c):

  • Metatarsal Guards

    Metatarsal Guards absorb impacts that occurs to the Metatarsal bone region on the tops of the feet. Met Guard footwear is recommended for those working in the construction and demolition fields, retail stores, factories, or warehousing.   

  • Oil and Slip-Resistant Outsoles

    Certified Slip-Resistant footwear will have outsoles that provide confident traction on slippery floors and surfaces. They are a must-have for working on flooring that may become wet, or oily/wet. They are a favorite of Chefs, Kitchen Workers, Bartenders, Waitstaff, Janitors and Dock Workers.

  • Electro-Static Dissipative (ESD)

    ESD footwear will meet the ASTM Standard ESD CEI EN 61340-5-1 to prevent any static build-up that might be discharged and then damage sensitive electronic equipment, or open circuitry boards. Those who work around computers usually wear this type of protective footwear. 

  • Heat Resistant Outsoles

    Heat Resistant Outsoles have been tested and certified to withstand 300°C heat for 60 seconds, which is 572°f.  They will not melt or break down even when flexed, making them a good choice for asphalt workers, road pavers, welders and pipe-fitters.   

  • Chemical Resistant

    Generally required by those in the biomedical field, laboratories, certain factory environments, or in agriculture, Chemical Resistant boots  protects feet from caustic chemicals that are in a solid, liquid, gas, vapor or dust state.

  • Acid Resistant

    Work Boots that are resistant to acids are usually worn by those who work with barnyard animals, and those who work in the agriculture or landscaping industries utilizing products such as; lime, ammonium nitrate , acidic fertilizers, or other similar applications in their trade.

  • Puncture Resistant

    This footwear will have a steel, Kevlar, or aluminum plate located within the insoles of the boots to help prevent the intrusion of nails, glass and other harmful sharp objects from penetrating through and into the bottoms of the feet.They have been tested to resist a penetrating force of 1100N, of a nail with a diameter of 4.5 mm.

  • Ballistic Nylon Uppers

    Ballistic Nylon is a high-grade, tear resistant material, usually made of Denier, which is a common material used in the making of bulletproof vests. Boots and shoes made of ballistic grade material are commonly worn by Law Enforcement Officers to protect their feet from flying debris resulting from nearby bullet impacts.

    These uppers will also prevent footwear from getting ripped or snagged during foot pursuits down urban streets and alleyways, in heavily wooded rural areas, or when climbing metal fences. 

  • Blood Borne Pathogen Protection

    Frequently required for First Responders, like EMT Workers and Police Officers, this safety footwear will protect feet from a variety of liquids and contaminants, such as blood and other harmful bodily fluids.

  • Taller Protective Boots

    Some boots are made with extra long abrasion resistant uppers to cover the lower leg area and are called knee high work boots.. They are made with extra durable leathers or rubber for added protection around the calves and shins. They can run up to 16"-17" tall and are most commonly a safety recommendation on a job site, or they may be a job requirement for safety, or such occupations as; Ranchers, Miners, Pole Climbers. Tower Climbers, Cable Installers and Line Technicians.

Beware of Compromised or Damaged Footwear

Exposed Safety Toes Can Put Your Feet at Risk of a Serious Injury

Compromised Safety Footwear

The material uppers of your work boots or work shoes are what hold and secure the safety toe caps in place.

If the leather or fabric uppers have become torn, or worn through, this could actually compromise their protection.

Replace your footwear as soon as the uppers have become damaged enough to expose the protective toe caps. Without the surrounding, support structure of the uppers, toe caps can easily slip out of place.

Even if only by a centimeter, any amount of shifting may be just enough to render toe protection ineffective, or worse, cause them to do more harm than good. Safety Toes offer maximum protection, but only if they remain where they were designed and engineered to be.

Damaged Safety Footwear

If your Safety Toe footwear has already done its job by previously protecting your feet from a serious injury, it is crucial to stop wearing them and replace them immediately.

Once safety toes absorb an impact, they have become damaged, even if it is not visible to the eye. 

After protecting your feet from a serious impact or compression, Steel, Alloy and Aluminum toe caps will become dented or bent, and Composite Toe Caps will become cracked, partially fractured, or completely shattered. Hence, they will not be able to protect your feet from a serious impact or compression should one occur in the future. 

A good example of this is to think about an automobile's frame and how it protects its occupants. If a car becomes involved in a serious motor vehicle collision, the car's frame will have become crimped, or bent and it will no longer be able to protect the occupants in future collisions to the degree it was originally intended to do.

OSHA Protects Workers on the Job

OSHA is an acronym for the Occupational Safety and Health Administration, which is a division of the US Department of Labor created in 1970. They were formed to help keep American workers safe on the job by setting strict safety standards, including those for Personal Protective Equipment (PPE) in the workplace.

OSHA has the authority to require companies to follow their strict guidelines when it comes to PPE and this includes safety footwear. Failure to follow OSHA's PPE requirements can result in hefty fines to a violating company.

Just how much? in 2018 alone, OSHA violations cost American businesses over $400 million dollars in violation fines.

OSHA Follows ASTM Standards and Procedures

Their standards for Foot Protection can be found here on OSHA’s website.

What is ASTM?

ASTM stands for the American Society for Testing and Materials. They have been around for over 120 years and are well-respected as the world’s leader in standards-related products and services. 

In 2001 ASTM became known as  ASTM International, because their partnerships have reached across the globe. Their organization has over 30,000 members in over 140 countries that work together to develop the technical standards for a wide range of products. They have currently implemented over 12,500 Global ASTM Standards, including ones that involve safety footwear. 

OSHA references these ASTM Standards and Procedures for safety footwear:

ASTM F-2412 "Standard Test Methods for Foot Protection,"

ASTM F-2413 "Standard Specification for Performance Requirements for Protective Footwear”

Boot and shoe manufacturers that make work boots can only label them with the ASTM F-2413 safety designation if they met the strict ASTM-F2412 guidelines for testing and performance in the lab. 

Protective Elements Must be Clearly Marked Prior to Production

The safety components, such as the Safety Toe Caps, Puncture Resistant Plates, and Metatarsal Guards, etc., must be clearly marked with the Manufacturer's identification (such as their name, or logo), and an identifying number for the specific device or part used,

In addition, Safety Toe Caps must be permanently stamped with  their size and they must also be clearly labeled with an  "L" or an "R" to designate the proper placement of the toe caps into the left and rights of the boots or shoes.

These designations are needed for future reference, in the event an injury should occur that may have been due to a manufacturing defect, or due to an improper part having been used, or improperly placed, during the manufacturing process at the factory.

ASTM Reviews Their Standards and Practices Every Five Years

In October 2019 ASTM issued an update to their footwear safety standards 2 by adding three new specific guidelines:

    1. A COC (Certification of Compliance) must be issued by a third-party laboratory, that states the name of the manufacturer, the product name and style number, and SKU to assure the footwear has passed the ASTM standards for safety and performance.

    2. The original requirements for (SD) Static Dissipative Standard has been divided into 3 separate levels of protection, to assure your footwear has the right amount of protection needed, depending on the job s's conditions.

    • SD 100 -Static Dissipative 1-100 Megohms
    • SD 35 -Static Dissipative 1- 35 Megohms
    • SD 10 -Static Dissipative 1- 10 Megohms

      Justin Boots states that SD boots and shoes:
      " transfer static electricity through the insole, lining, cement, and outsole, into the ground. They help regulate the buildup of electrical charge on your body; very important if you work in or around anything combustible, or materials sensitive to electrostatic discharge."

    3. All work boots or work shoes will be properly labeled to reflect the ASTM standards they have met, to make it easy for the consumer to be sure they will protect them on the job. This will include one line of information that notes the ASTM standard number with year of issuance, a second line that notes the gender the boot is made for, and its Impact and Compression resistance. and the third line will show additional protections if applicable, such as : Mt/EH/PR for Metatarsal Guard / Electrical Hazard Rated / Puncture Resistance.

Does Your Footwear Meet ASTM Standards?

Footwear that meets OSHA Safety Toe requirements will have its ASTM information sewn directly into the safety  footwear's  interior lining, or it will be stamped directly on the inside of the leather tongue of the work boots or shoes.

You can usually find the ASTM label on the interior of at least one, if not both, of the work boots or work shoes. The label will generally be rectangular in shape and have 3-4 lines of safety codes noted.

ASTM Safety Labels must be stitched or stamped into the lining of a work boot

Shown above: A safety label stitched in the lining of a Timberland PRO boot.

A proper ASTM safety toe label, usually rectangular in shape, has to provide 3-4 lines of specific safety information.

  • Line #1  The ASTM Standard the Footwear Meets, followed by the year of issuance
  • Line #2- There will be an "M" or an "F" to distinguish if the footwear is designed for a Male or Female
    There is a taller height requirement for a man's Safety Toe Cap compared to a woman's - a slight difference of .032" and for Metatarsal Height Protection, there is a difference of .063".

    I / C denotes that the boot or shoe has met the highest ASTM Standards for Impact and Compression
    Impact= The footwear can tolerate a force of 75 lbf being dropped down onto the Safety Toe Cap
    Compression= The Safety Toe Cap can handle a crushing compressive force of 2500lbf
  • Line # 3 Notes additional Safety Features that meets ASTM safety standards
    Such as:  EH (Electrical Hazard) MT (Metatarsal Guard) SD (Static Dissipating) PR (Puncture Resistance)

Immediately replace safety toe footwear that has had any impact or compression.

The Most Common Types of Safety Toes

Safety Toe Work Boots and Work Shoes became prominent in the workplace after the end of World War II. Since then boot manufacturing technologies have evolved to provide workers many more options, when it comes to protecting their feet.. As an alternative to heavy steel., these options now include toe caps made up of composite materials, alloy and even some made of aluminum or titanium.

Steel Toe Caps

Steel Toe caps are the most traditional form of toe protection in the workplace. This is because Steel was the first material used for protection. And that is understandable because of steel's incredible strength under pressure.

Today, it still remains the strongest form of protection when under the crushing force of an Impact. or Compression, generally exceeding the ASTM/ OSHA standards for toe protection in the work place.

Steel does come with its drawbacks though. It is the heaviest type of toe protection, which can often lead to foot fatigue on long work days spent standing, or walking on your feet. Steel will conduct extreme hot, or cold, outside temperatures into the toe box areas of the boots.

To counter this, many workers invest in two pairs of steel toe boots; one pair that is non-insulated to keep feet cool in the summer and a second pair that is insulated for the winter to counteract the cold transfer into the boots.

Shop Steel Toe Work Boots here!

Composite Toe Caps

Composite Toe Caps are a lightweight alternative to Steel Safety Toes. They are generally made of a composite of non-metallic materials; such as Fiberglass, Kevlar or Carbon Fibers that work together to give the toe caps their strength.

In addition to being much lighter in weight than steel, composite toe caps are made to be much thinner and therefore take up much less room in the toe box area.  As a bonus, these materials will not transfer extreme hot or cold temperatures into the toe boxes of the work boots or work shoes.

A big advantage to having non-metallic safety footwear is that they will not set off metal detectors. making them popular for those who work at airports court houses and other high security facilities.

Though they are slightly less effective in protecting toes as steel, composite toe caps do meet the same level of impact and compression protection deemed necessary by  ASTM and OSHA, for safety on the job.

Shop Composite Toe Work Boots here!

Alloy: Aluminum and Titanium Toe Caps

Alloy toe caps are another option that meets the ASTM Standards for Impact and Compression, however they are the most expensive style of toe protection on the market today. 

They are generally made from materials such as aluminum and light weight titanium, but they may be made in conjunction with such materials as: iron, copper, silicon, manganese, magnesium, chromium,and zinc. 

While alloy toe safety boots can wind up being 30-50% lighter than their steel toe counterparts, one disadvantage is that they are much bulkier than steel. And unlike composite toe boots, alloy toe caps will set off metal detectors in work places with high security areas.

Shop all Safety Toe Work Boots here!

ASTM F2892-18 Non-Safety Toe Footwear

If the work boots or work shoes you are buying have a soft toe rather that a safety toe, they may still have other safety features that are important for safety on the job. 

To make it easier for consumers to know which protections the footwear will provide, an Oval tag will appear within the lining of the work boots or work shoes, indicating which safety features it provides. These may include: (EH) Electrical Hazard Rating, (PR) Puncture Resistance (SR) Slip Resistance, or (SD) Static Dissipating, just to name a few.

One Final Thought:

Don't become a statistic. 

The right type of protective work boots or work shoes is crucial to keeping you safe on the job.

  • Follow all mandates from your employer about what type of safety footwear you need for your workplace. 
  • Make sure the footwear you buy meets the required ASTM standards, by checking the label inside the footwear.

Adhering to the ASTM Standards when buying your work boots will help keep you safe on the job.

1. Source: Bureau of Labor Statistics, U.S. Department of Labor, Survey of Occupational Injuries and Illnesses, in cooperation with participating state agencies.

2 ASTM Standardization News, “Revised Footwear Standards to Improve Testing and Performance Data,

*Updated on 2-13-2024 to reflect the latest ASTM Safety Rules and Regulations