Cut Resistant Safety Shoes

Cut Resistant Safety Shoes

Our cut-resistant safety shoes design and construction meet the CE standard.

The cut-resistant safety shoes raw materials include HPE, PA, and P hybrid knitting.

The cutting resistance factor index is > 13 and complies with the penetration resistance for the bottom.

Our finished cutting resistant safety shoes must also pass the cutting resistant test, guaranteeing very high safety performance.

You can also save time and cost of doing test reports since we give you everything you need.

At present, our cut-resistant safety shoes are used in various high-risk workplaces such as glass factories, tool factories, and cutting factories.

If you are also a manufacturer of these products, you can purchase cut-resistant safety shoes for your workers to provide an efficient and safe working environment.

If you want to have your own design of cut-resistant safety shoes, you can contact our efficient sales team.

Our development team will help you design your own cut-resistant safety shoes.

Contact us and you can get a cut-resistant safety shoe sample quickly!

Cut Resistant Safety Shoes: The Ultimate FAQ Guide

This guide covers all the useful information about cut resistant safety shoes.

Whether you want to know the material type, sole options, uses, designs, or quality standards – you will find every information right here.

So, before you invest in new cut-resistant safety shoes, read this guide.

What is Cut Resistant Safety Shoes?

Cut-resistant safety shoes are safety shoes modified with protective features to reduce the risk of injury caused by cuts.

According to ISO 20347:2011, the upper material should have a resistance of more than index 2.5.

Who Should Wear Cut Resistant Safety Shoes?

Cut-resistant safety wear is recommended for personnel who work in areas with high risks of obtaining injuries caused by sharpness.

It is highly recommended for workers who handle chainsaws, construction workers, and farmers, among others.

Where is Cut Resistant Safety Shoes Required?

They are required in a work environment where the work personnel are exposed to sharp objects potentially dangerous to the workers.

Construction sites, mines, farms, timber factories are examples of places where this safety ware is required.

What Protection Does Steel Toe Cut Resistant Safety Shoe Provide to the Wearer?

Steel toe caps generally serve as impact and compression resistance for safety shoes.

It protects the wearers’ toes from injury caused by heavy objects and falling objects.

Steel is strong and durable and therefore provides an extra layer of protection in cut-resistant safety shoes by preventing cuts.

It protects the toes from being damaged by sharp objects.

What Applications is Composite Toe Cut Resistant Safety Shoes Best Suited for?

Composite toes are not as strong as steel and require a thicker layer to offer the same protection level.

The composite toe is not metallic and is, therefore, metal detector friendly which is convenient at security checkpoints.

Also, composite is lighter compared to steel which makes the shoes lighter.

This characteristic makes it more suitable in work areas where you stay on your feet for long periods.

Composite is a poor conductor of both electricity and temperature.

This characteristic would be a better alternative in areas with a risk of injury from both factors’ conduction.

What is a Steel Shank, and When is it Used in Cut Resistant Safety Shoes?

The steel shank is a long, thin piece of steel that is placed inside the shoes.

It is found in between the insole and the outer sole.

Steel shank in cut-resistant safety shoes offers better structure and additional support.

It increases the comfort of the shoes, especially around the arches where it is located.

The steel shank also provides additional protective features to the cut-resistant safety shoes.

It protects the sole of your feet against punctures from various sharp objects.

What about Shoe Height-are there Specifications Requirements for Cut Resistant Safety Shoes?

The EN ISO 20345 classifies safety shoes according to their height and sets the minimum requirements to be met.

The categories and their requirements are as follows;

• Design A is low shoes that include slippers, sandals, clogs, and a maximum height of 103mm.
• Design B includes ankle boots which are required to have a minimum height of 103mm.
• Design C, the half-knee boots, the minimum height requirement for these shoes is 178mm.
• Design D consists of knee-height boots, and the minimum height is 280mm.
• Design E has thigh boots whose minimum height requirement is 280mm. The only difference being a thin additional material that can be adjusted to suit the wearer.

However, design A is not recommended as it does not provide the necessary protection required for cut-resistant safety shoes.

How do I know which Cut Resistant Safety Shoe Sizes to Order?

Cut-resistant safety shoes come in different sizes for both men and women.

Most safety manufacturers use a shoe size chart that helps you decide which shoe size best fits.

In case you are buying the safety shoes in person, it is best to try them on and walk around and select the safety shoes that best fit.

Finding a perfect fit is very important for safety shoes, and it can determine the wearer’s comfort.

How are Cut Resistant Safety Shoe Widths measured?

Different safety shoe companies use other conversation methods for their safety shoe width measurement.

The most common ones are;

For Paris point (continental sizing), the difference in shoe lengths is 2/3 cm which is equal to 6.66 mm, for example, 42, 43, 44.

As for the British unit of measurement, the difference in shoe lengths is 1/3 inch, which is equal to 8.46 mm, for example, 8, 8½, and 9.

For Mondopoint R1, the difference in shoe lengths is 5 mm, for example, 270, 275, 280.

For Mondopoint R2, the difference in shoe lengths is 7.5 mm 270, 277, 285.

Paris point and the British use the last, whereas the Mondopoint R1 and R2 use foot measurement.

The difference in what has measured results in you having different shoe widths from other manufacturers

The Mondopoint is obtained by measuring the distance between the big toe’s tips to the heel in centimeters.

The last is a mechanical representation of a foot used by manufacturers to size shoes.

How do I know which Cut Resistant Safety Shoes I need to buy?

Several types of cut-resistant safety shoes have different additional protective features.

It would be best if you bought cut-resistant safety shoes that are best suited for your workplace.

It is best to consult with your employers regarding which cut safety-resistant safety shoes are the best when in doubt.

Do you offer Kid’s Sized Cut Resistant Safety Boots?

Yes, there is a variety of different kid-sized cut-resistant safety boots with varying levels of protection.

Kids can wear cut-resistant safety boots when hiking, camping, etc.

What is the Difference between Men’s and Women’s Cut Resistant Safety Shoe Styles?

Men and women differ in postures.

Shoes that consider gender have different support areas.

Men’s shoes offer support in the front of the foot, whereas women’s shoes support the area near the arch.

There is also a difference between men’s and women’s shoe sizes.

The length of Women’s shoes is generally 1.5 smaller than men’s while the width remains the same.

Women’s feet are thinner with longer toes and wider arches, whereas men’s legs are more expansive in size.

Therefore, women’s shoes will have to be smaller heels and more arch support compared to men.

What are the Sole Types of Cut Resistant Shoes?

The main difference between the types of soles is the number of layers.

There are single-layer soles and double-layer soles.

Advantages of the Single-layer Sole

The single layer’s main distinction is the sole’s ability to be sprayed on.

It creates a light sole that adapts easily to the floor’s features.

Advantages of Double-layer Sole

The double-layer sole consists of two separate layers that are made from different materials.

For example, one layer may be rubber the other layer could be polyurethane.

This combines the best of both rubber and polyurethane.

What are the Various Elements of Cut Resistant Safety Shoes Sole?

Cut-resistant safety shoes sole consists of three different parts.

• Outsole; outsoles for cut-resistant safety shoes that are also puncture resistant. The outsole can be made from several materials, including

PU (Polyurethane) 1 and 2; are light and flexible as well as good insulators.

They also have superior cut resistance qualities.

TPU (Thermoplastic polyurethane can also be used as an outsole.

• Midsole; the midsole is found between the outsole and the midsole. There are two types of midsoles steel and fabric.

Steel midsoles are stronger than fabric midsoles; they are not flexible and only cover the shoes’ central area but offer better protection.

Fabric midsoles are lighter and more flexible.

They cover the entire shoe area and are ultimately more comfortable.

• Insole; the insole is the fixed inner sole of the cut resistance safety shoes. Several cut-resistant materials can be used, including Kevlar, which is lightweight as well strong.

What Type of Insole Provides the Most Comfort for Cut Resistant Safety Shoes?

Kevlar has superior cut-resistant properties and is lightweight and flexible, which makes it comfortable.

Steel insoles are lighter than other insoles making them more comfortable.

They are better for people who work on their feet for prolonged periods.

Can Foot Protection be combined with any Insoles for Cut Resistance Safety Shoes?

The only Insoles that are to be used are the insoles that are approved by the manufactures.

Any other insole may not be as effective because there is no way to determine if it is up to standard.

When Should I consider Orthopedic Insole for Cut Resistant Safety Shoes?

Orthopedic insoles are recommended for people who experience pain and discomfort when wearing their cut-resistant safety shoes

The pain may be caused by several things, including arthritis, plantar fasciitis, flat feet, etc. the orthopedic insoles will, in these cases, serve to elevate the pain of the wearer.

You should, however, try to pick safety shoes with in-built orthopedic insoles rather than additional add-on’s.

Extra insoles are cheaper than inbuilt safety insoles; however, they are not always recommended.

Which is the Best Vamp Material for Cut Resistant Safety Shoes?

There are several cut-resistant fabrics in the market.

Some of the best include:

• Kevlar; is a flexible cut-resistant material that is both strong as well as light.
• (HPPE) High-Performance polyethylene is flexible and has a very high tensile strength compared to other fibers in the market.
• (UHMWPE) ultra-high molecular weight polyethylene; it has incredibly high tensile strength, is resistant to abrasions, and wears.

Why is CE Standard such a Big Deal for Cut Resistant Safety Shoes?

CE stands for ConformitèEuropëenne.

It is a European conformity mark that is mandatory for all products that follow European and safety standards.

According to EN ISO 20346:2004, a safety shoe must meet minimum requirements of 100 joules impacts resistance with a 10KN compression resistance.

The cut-resistant safety shoe will then be marked CE to indicate the attainment of these standards.

What Type of Materials is used in Midsole Construction of Cut Resistant Safety Shoes?

The midsole is found between the outsole and the midsole.

There are two types of midsoles; steel and fabric.

Fabric midsoles are lighter and more flexible.

They cover the entire shoe area and are ultimately more comfortable.

Steel midsoles are stronger than fabric midsoles.

They are not flexible and only cover the mid area of the shoes but offer better protection

What is the Shank in Cut Resistant Safety Shoes?

The shank in a safety shoe is a long, thin piece of material placed inside the shoes.

It is found in between the insole and the outer sole.

Some shanks are stitched into the boots, while others are glued into the shoes.

There are several types of shanks used in cut-resistant safety boots.

They include;

• Steel shank: the steel shank cuts resistant safety shoes with better structure and additional support. It increases the comfort of the shoes, especially around the arches where it is located.
• Nylon, plastic, and fiberglass shanks; these shanks are lighter and more flexible than steel. They are therefore more comfortable than steel and offer more support.

How many Types of Lacing Systems are there for Cut Resistant Safety Shoes?

There are different types of lacing systems for cut-resistant safety shoes.

The most commonly used lacing systems include;

• Lock lace: is one of the most straightforward lacing systems to use. It is easy and does not take up a time
• Zipper: zippers are the most common type of lacing system that is found in most things. It is easy to use and is recommended for personnel who prioritize speed and is excellent during emergencies.
• BOA system. BOA came up with a new lacing system that is durable as well as comfortable. Although relatively new, this lacing is quickly gaining popularity.
• Velcro snaps: Velcro safety shoes provide top-of-the-line lacing straps renowned for their resilience and durability, making them well sought after.

What resistance does the Toe Protection Cap for Cut Resistant Safety Shoes offer against Lateral Stresses?

Resistance against lateral stresses differs according to the shoe manufacturer.

This is because resistance to lateral stress is measured by, among other factors, the height of the toe cap.

However, lateral stress resistance is not highlighted in the standards.

How do you Test the Safety Capacity of Cut Resistant Safety Shoes?

According to the EN ISO 20345 standard, Cut Resistant Safety shoes must have a sole penetration resistance and cut the upper side’s resistance.

The cut-resistant upper material can be tested according to ISO 13997.

The material is tested by drawing a straight blade horizontally across the shoes.

ASTM F1818 15 standards can also be used when testing the cut-resistant upper side for cut-resistant chainsaw footwear.

The upper material is tested by placing a moving chainsaw against the material at a speed of CS 50.

The toe area is tested using the same method as well.

The cut-resistant safety shoes are classified by their ability to resist the cuts.

Stopping the chain saw or having the safety show’s material draw in is also considered a pass.

A minimum initial speed of 15.25 m/s (3000 fpm) is recommended.

Penetration-resistant soles are tested against inserts according to the EN ISO 20344.

The sole is placed on a needle with a tip of 4.5 mm thickness is exerted, and a force of 1,100 N is exerted.

Are Penetration Resistant Inserts made from Non-metallic Materials Penetration Resistant?

Some manufactures test their cut-resistant safety shoes according to the ISO EN 20344 standards.

The minimum force stated by these standards is 1,100 N.

This force is almost the same as the weight the average human exerts, which is around 80 to 90 kilos.

The needle tip, which is 4.5, should not penetrate the shoes being tested.

Penetration resistance shoes are considered up to standard if the needle does not go through them.

This can be verified in several ways, the simplest being visual observation.

Do you Provide Custom Cut Resistant Safety Shoes?

Yes, we do.

Custom cut-resistant shoes are an added advantage as they consider all aspects of the wearers’ feet, including pre-existing health conditions.

This kind of cut-resistant safety shoes ensures that the wearer gets a perfect fit and maximizes comfort and safety.

How do you Design Custom Cut Resistant Safety Shoes?

Custom cut-resistant safety shoes are designed by adding safety features tailored specifically for the wearer.

You can choose to have composite toes or steel toes added depending on your place of work.

You can also have softer insoles, widen the shoes, and raise the shoe’s heel, among others.

Custom-made cut-resistant safety shoes ensure that you have both the best safety features while prioritizing your needs.

What are the OSHA Requirements for Cut Resistant Safety Shoes?

According to OSHA standard 29 CFR 1910.136, every employer’s responsibility is that their employees use protective footwear in the workplace.

Where there is a hazard that could result in foot injuries from falling, or objects piercing the sole,  rolling objects, and possible electrical hazard.

What Symbols should I look out for in Authentic Cut Resistant Safety Shoes?

	The green triangle shows the presence of a puncture-resistant sole with a Grade 1 protective toe cap. That means it can be used in industrials areas and work areas where there is the danger of injury by sharp objects.
	The Yellow triangle shows that the safety shoes have a puncture-resistant sole with a Grade 2 protective toe cap. It is recommended for lighter industrial work.
	The presence of a Blue rectangle shows that the safety shoe has a Grade 1 protective toe cap without a puncture-resistant sole. It is not recommended for work areas where there is a risk of injury caused by punctures.
	The Grey rectangle shows a Grade 2 protective toe cap; it also has no puncture-resistant sole. It can be used in work areas that do need to have sharp objects.
	If you see a white rectangle with the orange Greek letter omega, it shows the safety shoe has electric-shock protection. Because of this protective feature, it is recommended for work areas where there is the risk of electrical shock.
	The Yellow rectangle with black SD letters shows the safety footwear had static-dissipative properties. It is for work areas with potential injuries caused by static discharge, and it is not recommended in areas with electrical conductors that are live.
	The Yellow rectangle shows that the safety footwear sole has puncture-resistant with a protective toecap that is Grade 2 and has super-static dissipative characteristics. It has more enhanced defensive capabilities compared to the other yellow triangle without the plus sign.
	The Red rectangle with white C letters shows that footwear is electrically conductive. This type of safety footwear is recommended for personnel in areas where injury can occur due to low-power electrical changes.

Yes, Inspection of cut-resistant safety shoes is vital.
Is it Necessary to Inspect Cut Resistant Safety Shoes?

As in all safety shoes, the boots’ ability to protect the wearer reduces significantly with wear and tear.

You should keenly inspect both the upper material and the soles for any wear or tear.

If there are indeed any, then it would be more prudent to replace the shoe.

Damages may be present as cracks on the material, cuts, and objects stuck in the safety shoes’ outer soles.

It is better to replace the cut-resistant safety shoes rather than risk injuries because of these damages.

What do’ O’ marks in Cut Resistance Safety Shoes Mean?

The mark O in safety shoes indicates the absence of a protective toe cap.

The shoes, however, contain the other basic requirements.

Do Cut Resistant Safety Shoes Expire?

Cut Resistant Safety Shoes’ lifespan majorly depends on how well they’re maintained and taken care of the shoes.

You should consider factors like what purpose the boots are used for and how frequently they are worn.

Therefore, the replacement period for Cut Resistant Shoes varies from one owner to another, depending on their roles and work environment.

Workers in active roles should consider frequently replacing as their shoes come in contact with substances that ruin the material.

Before replacing your safety shoes, you should look out for cracks and holes in the material, loose soles, and exposed toecaps.

In a nutshell, Cut Resistant Shoes do not have a definite expiry date as wearing out relies on many factors.

What are the EN ISO 20345 Criteria for Cut Resistant Safety Shoes?

The EN ISO 20345 is the currently applicable standard across Europe for footwear protective products defined by the International Organization for Standardization.

It states minimum requirements that all safety shoes must be effectively tested against and specifications for their safety use generally.

The standard indicates that all Cut Resistant Safety Shoes should be fitted with a toe cap for toe protection.

Also, the toe cap area of the safety shoes should pass a set test impact resistance of two hundred joules and a fifteen Kilo Newton Compression test.

Likewise, the standard requires cutting Resistant Safety shoes to have a penetration resistance sole and cut the upper side’s resistance.

The shoes are made with raw material that can insulate against heat and cold, be water-resistant and absorb energy in the heels.

What Should I know about the Fit and Care of Cut Resistant Safety Shoes?

To care for Cut Resistant Safety shoes, replace if it is defective, regularly inspect for damage, and avoid wearing in wet conditions.

While to ensure fit, try new boots around midday, walk in them to ensure ample toe room, and lace up fully.

What is the Recommended Safety Rating for Cut Resistant Safety Shoes?

SBP – the primary safety standards impact of 200 joules and compression of 15,000 Newtons with a mid-sole plate for protection against penetration.

S1P can withstand an impact of 200 joules, closed heels, Antistatic, Energy absorption resistance, and an additional Mid-Sole to protect against penetration.

S3 – can withstand the impact of 200 joules, enclosed heels, Antistatic, Energy absorption resistance. S3 safety shoes are also waterproof, fuel resistance, and penetration resistance.

What is the difference between SBP vs. S1P vs. S2P Ratings for Cut Resistant Shoes?

SBP is the basic safety standard for footwear with penetration P, indicating Penetration Resistance of the Midsole.

Both S1P and S2P have a penetration-resistant midsole and ensure that the footwear has antistatic protection, although S2P prevents water penetration.

What are the Best Cut Resistant Safety Shoes?

There are several types of cut-resistant safety shoes, each different type with different protective features.

The best cut-resistant safety shoes depend on your workplace.

Your employer should recommend the best cut-resistant safety shoes after a proper assessment of the workplace.

This assessment is to determine with the safety shoe best fits the work environment.

How do I Assess Risks when Selecting Cut Resistant Safety Shoes?

It would be best to carry out a risk assessment of the workplace or refer to one recently carried out.

The employer typically carries out risk assessments according to OSHA standards.

The assessment should consider dangers such as falling objects, electrostatic build-up, extreme temperatures, chemical exposure, and sharp objects.

The appropriate safety shoe wear should then be recommended based on potential dangers in the workplace.

At Aimboo Company, we specialize in designing and manufacturing the best quality cut-resistant safety shoes.

Whether you want our custom design or OEM options, you will get the best safety shoes and work boots.

Contact us today for all your cut-resistant safety shoes.