A lightweight, breathable design keeps you comfortable while standing or walking all day. Proper footwear reduces fatigue and injury risks, helping you stay productive and safe. Whether you work in construction, manufacturing, logistics, oil, or mining industries, choosing the right safety shoes ensures better endurance and workplace efficiency.

Below is our selection of superior tested safety footwear that’ll help you keep at it all day long.

KEMA – Built Tough for Africa’s Extreme Work Conditions

KEMA Brand Safety footwear are built for rugged worksites. They offer slip resistance, S3-rated protection, shock absorption, and heat resistance. They are designed for Africa’s toughest industries, they deliver durability and reliability. Our warranty gives you peace of mind, ensuring quality, durability, and reliability with every pair of our shoes.

• KEMA SKC 2001R Safety Boot – A tough, all-terrain low-cut shoe. S3-rated protection, an oil-resistant, anti-penetration PU dual-density sole for maximum grip and stability
• Kema SKA593R – Stylish yet rugged, perfect for demanding jobs. Built with S3 protection, oil-resistant properties, and an anti-penetration durable rubber outsoles to ensure safety in harsh environments. Available option Brown/Black Buffalo leather.
• Kema PS2314/24 Boot – Designed for women in the workforce, offering S3 safety standards, a lightweight feel, and enhanced comfort. The oil-resistant, anti-penetration sole provides extra protection.
• Kema P1011RS and P1023RS Safety Boot – High-performance protection with a reinforced toe cap, S3-rated features, and a durable Rubber or PU dual-density sole. Ideal for extreme work conditions.
• Kema SKA186 Chelsea Boots – Durable slip-on boots with classic style and high safety features. Equipped with S3-rated protection, oil-resistant properties, and an anti-penetration PU dual-density sole, making them perfect for demanding industries.

Uvex Safety Shoes – Lightweight & Innovative Protection

Engineered for maximum comfort and safety, Uvex shoes are designed with advanced materials to provide durability, slip resistance, and ergonomic support. During testing, we found these to be easy to put on and off. And we love that even on oily, wet surfaces, they will provide traction to secure our footing. What’s more, they protect against accidental contact with electrified objects—something that all kinds of workers will appreciate.

• Uvex 1 X-Tended Support S3 SRC Shoe – A lightweight and flexible safety shoe featuring S3 SRC certification, meaning it offers water resistance, anti-slip properties, and toe cap protection, ideal for industrial and construction environments.
• Uvex 1 S2 SRC Shoe – A modern, sporty safety shoe with S2 SRC certification, providing water-resistant properties and electrostatic discharge (ESD) protection, making it perfect for logistics and light industry work.
• Uvex 1 Ladies S2 SRC Shoe – Specifically designed for female professionals, this shoe offers S2 SRC protection, ensuring shock absorption, slip resistance, and water resistance, all in a lightweight and stylish design.
• Uvex Motion Style S2 SRC Perforated Shoe – An ultra-breathable and perforated safety shoe, certified S2 SRC, combining style, comfort, and slip resistance, making it ideal for work in warm environments.

Steel Blue Safety Boots – Built for Durability

Steel Blue boots are known for their premium craftsmanship, offering superior protection and long-lasting comfort. This is one of the few brands that offers a 100% Comfort Guarantee, meaning if you’re not satisfied with the comfort, you can return them—a testament to their quality and commitment to user satisfaction. What we love the most about these Steel Blue boots – Trisole® Comfort Technology, a multi-layer cushioning system that absorbs shock and reduces foot fatigue. This design minimizes strain on the feet, knees, and lower back, making them ideal for long working hours.

• Southern Cross Zip Scuff Ladies S3 – A tough yet stylish boot for women, featuring S3 certification, meaning it provides water resistance, a protective toe cap, and slip resistance. It is ideal for demanding work conditions.
• Southern Cross Zip Ladies Pink S3 – A rugged safety boot with a feminine touch, offering the same S3-certified protection but in a unique pink color, available at a discounted price.
• Southern Cross Zip Sand S3 – A reliable, high-quality boot with S3 certification, ensuring protection against impact, water penetration, and slipping hazards, perfect for harsh work environments.
• Argyle Met Bump S3 – Featuring a built-in metatarsal guard for extra foot protection, this S3-certified boot offers reinforced durability, making it an excellent choice for heavy-duty industries like mining and construction.

Goliath Safety Boots – Heavy-Duty Performance

Goliath Footwear is a trusted name in the safety footwear industry, known for its advanced protection, cutting-edge technology, and superior durability. Designed for extreme working conditions, Goliath safety boots offer maximum protection with reinforced safety features. We found that Goliath safety boots with DDR Sole Technology provide slip resistance (SRC), heat resistance up to 300°C, and shock absorption. When equipped with metatarsal guards, these shoes offer enhanced protection against heavy impacts, making them ideal for high-risk environments.

GOLIATH SDR10CSI Safety Boot – A high-performance safety boot with S3-certified water resistance, anti-slip properties, and impact protection, perfect for hazardous workplaces.

• SDR16SI S3 Black DDR Safety Shoes – A durable and comfortable safety shoe, offering S3-level protection with shock absorption, water resistance, and slip prevention, ensuring all-day comfort.
• EL170DDR S3 Black DDR Safety Boots – Designed for workers in high-risk environments, this S3-certified safety boot provides maximum support, impact resistance, and slip protection for long hours on the job.

Visit Kema (EA) Ltd today to explore our collection and invest in safety footwear that delivers superior protection, ergonomic support, and lasting comfort.

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Why Use Hard Hats?

Hard hats are specifically designed to mitigate head injury risks by providing a protective barrier between the head and potential hazards. It may seem unnecessary when you’ve been working for many years accident-free, but it just takes a second to incur a serious head injury, leading to long-term disability or even death. Remember hard hats are engineered to absorb impact, resist penetration, and in some cases, offer protection against electrical shock.

What does a hard hat consist of?

A typical hard hat consists of two main components:

• Shell: The outside shells are usually made from high-density polyethylene (HDPE) or a polycarbonate resin as they are strong, easy to mold, lightweight, and do not conduct electricity. Acrylonitrile butadiene styrene (ABS) – strong resistance to physical impacts and corrosive chemicals. Fiberglass shell designed to withstand impact and distribute the force of a blow over a larger area to reduce the severity of injury.
• Fiberglass hard hats are the industry standard for mining or electrical workers. The material has a much higher temperature resistance while remaining light and durable.

• Suspension System: Inside the hard hat, the suspension system holds the shell away from the head, creating a buffer zone that absorbs shock and provides additional protection. This system typically includes straps and a headband that can be adjusted for a secure and comfortable fit.

Types of Hard Hats

Hard hats are classified into different types and classes based on the protection they offer:

• Type I: These hard hats protect against vertical impacts (from the top of the head). They are commonly used in the United States and Canada.
• Type II: Offering protection against both vertical and lateral impacts, Type II hard hats are more common in Europe and are gaining popularity in North America.
• Class G (General): Rated for impact protection and tested to withstand up to 2,200 volts of electrical current.
• Class E (Electrical): Designed for electrical work, these hard hats are tested to withstand up to 20,000 volts.
• Class C (Conductive): These hard hats do not provide protection against electrical hazards and are typically used in environments where electrical insulation is not required.

Applications of Hard Hats

Hard hats are used across a wide range of industries, each with its specific requirements:

• Construction: Perhaps the most common setting for hard hats, construction sites are filled with potential hazards like falling tools, debris, and structural elements. Hard hats are mandatory in most construction environments to protect workers from these dangers.
• Manufacturing: In manufacturing plants, workers are often exposed to machinery and equipment that pose a risk of head injury. Hard hats help protect against accidental impacts and falling objects.
• Electrical Work: Electricians and workers in similar fields require hard hats that offer protection against electrical shock. Class E hard hats are specifically designed for this purpose.
• Forestry and Agriculture: Workers in these industries often deal with heavy machinery and equipment. Hard hats help protect against falling branches, tools, and other hazards.

Maintenance and Inspection

Like all PPE, hard hats require regular maintenance and inspection to ensure they remain effective. Over time, exposure to sunlight, chemicals, and rough handling can degrade the materials in a hard hat. It’s important to inspect hard hats regularly for signs of damage, such as cracks, dents, or frayed suspension systems. Most manufacturers recommend replacing hard hats every five years, or sooner if they show signs of wear.

Conclusion

Hard hats are a simple yet vital piece of personal protective equipment. They play a crucial role in safeguarding workers from head injuries, which can be life-threatening or lead to long-term health issues. Whether you’re in construction, manufacturing, or any other hazardous field, wearing a hard hat is not just a requirement—it’s a commitment to your safety and the safety of those around you. Always choose the right type of hard hat for your work environment, and ensure it’s well-maintained to provide the protection you need.

The post Personal Protective Equipment – Hard Hats (Helmets) first appeared on KEMA E.A LTD.

By carefully selecting the appropriate material for protective workwear, we ensures that workers are equipped with clothing that not only safeguards them but also enhances their comfort and productivity. Whether the need is for breathability, durability, chemical resistance, or Low-temperature protection, we have the materials and expertise to meet these demands.

Here are some materials we use in production and the benefits they provide.

Cotton – The Go-To for Heavy-Duty Applications

100% Cotton Pre-shrunk 

Applications: Dustcoats, Overalls, Jackets & Trousers
Ideal For: Welding, Mining, Workshops, General Use

Cotton is a natural fiber known for its breathability and comfort. At Kema E.A. Ltd, we use 100% cotton for protective clothing designed for heavy-duty applications. Whether you’re in welding, mining, or a workshop environment, cotton ensures you stay comfortable even in the toughest conditions.

Key Benefits:

• Strength & Durability: Cotton fabric is strong and long-lasting, making it ideal for harsh working conditions.
• Preshrunk: Our cotton garments are preshrunk, ensuring they retain their size and shape after washing.
• Moisture Wicking: Cotton pulls moisture away from the skin, keeping you dry throughout the day.
• Wear Resistance: Cotton resists wear and tear, making it a reliable choice for daily use.

POLYCOTTON FABRIC – Polyester 65% / Cotton 35%

Balancing Strength and Comfort

Applications: Dustcoats, Overalls, Jackets & Trousers
Ideal For: Automotive, Workshops, General Use

For those needing a blend of strength and comfort, our Polyester-Cotton blend is an excellent choice. With 65% polyester and 35% cotton, this material is designed for heavy-duty applications, such as automotive work and general workshop environments.

Key Benefits:

• Durability: The blend offers enhanced strength, making it durable for everyday wear.
• Moisture Management: Like 100% cotton, this blend pulls moisture away from the skin, helping you stay dry.
• Stain & Wrinkle Resistance: The polyester component helps resist stains and wrinkles, keeping your workwear looking clean and professional.
• Comfort: The cotton adds a level of comfort that ensures you can wear these garments all day without discomfort.

LIGHT TETREX – 80/20% PES/VIS: 

The Light Duty Solution

Applications: Dustcoats, Overalls, Jackets & Trousers
Ideal For: Farms, Security, Gardeners, General Use

For light-duty applications, our LIGHT TETREX material, an 80% polyester and 20% viscose blend, is a perfect choice. This fabric is designed for comfort and durability in less demanding environments, such as farming, security, and gardening.

Key Benefits:

• Strength: Despite being a lighter material, LIGHT TETREX offers good strength, ensuring long-lasting wear.
• Durability: It withstands the rigors of daily use, even in less demanding jobs.
• Comfort: The blend of polyester and viscose ensures the fabric is soft and comfortable against the skin.

100% Polyester

Ultimate Protection Against the Elements

Applications: Raincoats, Rainsuits, Storm Jackets, Reflective Vests
Ideal For: Spray, Rainy, Stormy Conditions, Farms, General Use

When the weather turns harsh, 100% polyester is the material of choice. Our polyester-based protective clothing is perfect for rainy, stormy, and spray conditions, ensuring you stay dry and safe.

Key Benefits:

• Strength & Durability: Polyester is renowned for its strength and durability, making it ideal for protective gear.
• Versatility: Whether you need a raincoat or a reflective vest, polyester adapts to various needs.
• Comfort: Despite its protective qualities, polyester is also comfortable to wear for extended periods.

Nylon

• High Strength: Nylon is renowned for its high tensile strength, making it ideal for protective clothing that requires resistance to tearing and stretching.
• Water and Chemical Resistance: It is highly resistant to water and many chemicals, providing extra protection in environments where exposure to liquids or hazardous substances is a concern.
• Flexibility: Despite its strength, nylon is flexible and comfortable, allowing for ease of movement while maintaining protection.

Blended Fabrics

• Versatility: Blended fabrics combine the benefits of two or more fibers, offering enhanced performance. For example, a cotton-polyester blend provides the comfort of cotton with the durability and moisture management of polyester.
• Customizable: These fabrics can be tailored to meet specific industry requirements, ensuring that the protective clothing is both functional and comfortable.

PVC (Polyvinyl Chloride) Coated Fabrics

• Composition: Synthetic fabric coated with PVC
• Characteristics: Waterproof, chemical-resistant, durable, used in rainwear and chemical protection suits.

Denim

• Composition: Typically 100% cotton, but can also be blended with synthetic fibers
• Characteristics: Durable, abrasion-resistant, comfortable, often used in heavy-duty workwear.

Spandex (Elastane)

• Composition: 100% synthetic polyurethane fibers
• Characteristics: Highly elastic, stretchy, used in combination with other fibers to add flexibility and comfort.

Twill

• Composition: Twill can be made from various fibers, including cotton, polyester, wool, and blends of these materials.
• Weave Characteristics: Twill is woven in a pattern that creates diagonal ribs or lines on the fabric surface. This weave gives twill fabrics their distinctive appearance and texture.

At Kema, we are committed to providing high-quality protective clothing and workwear materials tailored to meet the specific needs of various industries. Whether you’re working in heavy-duty environments or need reliable protection against the elements, our range of materials ensures you have the right gear for the job.

Choose Kema E.A. Ltd for workwear that combines safety, comfort, and durability.

The post Selecting the Ideal Material for Protective Clothing first appeared on KEMA E.A LTD.

Understanding the Importance of Ear Protection

Exposure to loud noise can lead to permanent hearing loss, a condition that is irreversible and profoundly impacts quality of life. The Occupational Safety and Health Administration (OSHA) sets permissible exposure limits to protect workers, but it is the responsibility of employers and employees to ensure that these limits are respected through the use of appropriate ear protection.

Types of Ear Protection

Ear protection devices are broadly categorized into earplugs and earmuffs, each with unique features catering to various industrial needs.

1. Earplugs

Earplugs are small devices inserted into the ear canal to block out noise. They are often favored for their convenience and effectiveness in a range of environments.

• 3M 1110 Earplugs: These disposable earplugs offer a high Noise Reduction Rating (NRR) of 29 dB. They come with a cotton cord and are shaped for a snug fit, making them suitable for environments like assembly, blasting, and welding.

• 3M 4004 Earplugs: With a slightly lower NRR of 25 dB, these earplugs are vinyl-corded and do not require rolling for insertion. They are ideal for tasks involving machine operation and grinding.

• Uvex X-Fit Earplugs: These ergonomically pre-shaped earplugs offer a superior NRR of 34 dB, making them suitable for extremely noisy environments.

2. Earmuffs

Earmuffs cover the entire ear and are particularly useful for intermittent noise exposure and for workers who may find earplugs uncomfortable.

• 3M Yellow Peltor H9A: With an NRR of 25 dB, these earmuffs are designed for tasks such as cleaning, electrical maintenance, and lower-level welding. They feature a headband for secure fit.

• Honeywell VS130: These earmuffs provide a high NRR of 32 dB and are designed with memory foam ear cushions for added comfort. They are suitable for workers with larger ears or those who wear hearing aids, and they boast robust construction to withstand oily and heavy-work environments.

Choosing the Right Ear Protection

Selecting the appropriate ear protection involves considering several factors, including the level of noise, the duration of exposure, and the specific requirements of the work environment. For instance, in environments where cleanliness is paramount, such as the pharmaceutical industry, earplugs with smooth, dirt-repellent surfaces, like the Uvex Whisper, are ideal.

Ensuring Compliance and Comfort

Comfort is a critical factor in ensuring that workers consistently use ear protection. Devices that are uncomfortable or inconvenient are less likely to be used properly. Innovations such as memory foam ear cushions and ergonomic designs enhance comfort and compliance.

Conclusion

Ear protection is a vital component of workplace safety, safeguarding employees from the debilitating effects of noise-induced hearing loss. Employers must prioritize the provision of appropriate ear protection and foster a culture of safety where the use of such protection is a non-negotiable aspect of the daily routine.

The post The Unsung Hero of Workplace Safety: Ear Protection first appeared on KEMA E.A LTD.

Here’s a comprehensive guide to help you navigate through the key filtration standards.

FFP1

• Protection: Against non-toxic and non-fibrogenic dust.
• Leakage: Up to 25% maximum.
• Minimum Filter Efficiency: 80%.

FFP2

• Protection: From firm and fluid deleterious forms of dust, smoke, and aerosols.
• Leakage: Up to 11% maximum.
• Ability: To filter fibrogenic substances.
• Minimum Filter Efficiency: 94%.

FFP3

• Protection: From poisonous and deleterious forms of dust, smoke, and aerosols, including oncogenic and radioactive substances.
• Leakage: Up to 5% maximum.
• Minimum Filter Efficiency: 99%.

N95 Respirators

• Protection: From firm and fluid deleterious forms of dust, smoke, and aerosols.
• Leakage: Up to 10% maximum.
• Ability: To filter fibrogenic substances.
• Minimum Filter Efficiency: 95%.

P100 Standard

• Protection: Blocks 99.9% of particles 0.3 microns or larger, making it virtually impenetrable. Strongly oil-resistant, suitable for all types of solid and liquid particles, including oil-based particles.

ABEK1 Filters

• Protection: Against organic vapours with boiling points above 65°C, inorganic gases, acid gases, and ammonia vapours in concentrations up to 1,000 ppm.

Specialized HF Filters

• Protection: Specifically against hydrogen fluoride.

Versatile P3R

• Protection: Against solid and liquid particles, including dust, fume, and fog.

Selecting the appropriate respiratory protection depends on the specific environment and the types of hazards present. 

Here are some guidelines:

• FFP1 masks are suitable for low-risk environments with non-toxic dust.
• FFP2 and N95 masks offer higher protection and are suitable for environments with harmful dust, smoke, and aerosols.
• FFP3 masks are essential for high-risk environments, including exposure to toxic and radioactive substances.
• P100 filters are the go-to for maximum protection against very fine particulates and oil-based particles.
• ABEK1 filters are necessary for chemical handling, offering protection against a variety of gases and vapours.
• HF filters are specialized for environments where hydrogen fluoride is present.
• P3R masks provide broad protection against various particles, making them versatile for different settings.

Understanding these classifications helps in making informed decisions about respiratory protection, ensuring safety and compliance with health standards. Always assess the specific needs of your environment and choose the appropriate level of protection.

Below is a detailed table summarizing key filtration standards for respiratory protection:

For more information on selecting the right respiratory protection and staying safe in hazardous environments contact Kema.

The post Understanding Respiratory Protection Standards first appeared on KEMA E.A LTD.

Basic types of PPEs

1. Face and eye protection

This type consists of safety goggles, spectacles, visors, and face shields and should be worn for tasks that could result in eye damage or loss of vision, such as poisonous liquid sprays, splashes, and burns.

2. Respiratory protection

PPE such as full-face respirators, cartridges, filters, filter pads, self-contained breathing apparatus, gas masks, N95 respirators, and surgical masks belong to this group. These are worn when performing an activity that could result in the inhalation of dangerous elements. This includes dangerous gases, chemicals, large-particle droplets, sprays, splashes, or spatter that could include viruses and germs like COVID-19, viral infections, and more.

3. Head protection

Hard hats, hair mops, hairnets, bump caps and safety helmets are examples of personal protective equipment (PPE) that should be worn when performing duties that could result in a force or object falling on the head.

4. Body protection

Reflective vests, life savers, coveralls, safety gowns, and spray suits are examples of body protection gear. They can be used for work involving extreme temperatures, flames and sparks, hazardous chemicals, insect bites, and radiation, among other things.

5. Hand protection

Majorly this category consists of gloves that are worn when performing tasks that could result in hand and skin burns, absorption of hazardous substances, wounds, fractures, or amputations.

6. Foot protection

Knee pads, shoe covers, anklets, gumboots, and safety boots are examples of PPE that should be worn for tasks that could result in catastrophic foot and leg injuries due to falling or rolling objects, hot liquids, and snake bites, electrical hazards, or slippery surfaces.

7. Fall protection

PPE, such as safety harnesses, fall arrestors, and lanyards, should only be utilized for tasks that involve falling from great heights and resulting in significant injury or death.

8. Hearing protection

This category is utilized in workstations where there is a risk of developing hearing problems and loss of hearing. Examples include earmuffs and earplugs.

Looking for PPEs?  Shop on our website at www.kema.co.ke

The post What is PPE? first appeared on KEMA E.A LTD.

Eye and Face Protection
Eye protection is achieved by wearing eyewear specifically designed to reduce the risk of exposure to chemical splashes, laser radiation and/or flying debris. There are four primary types of eye protection of which each has its own limitations including general safety glasses, laser safety glasses, chemical splash goggles and impact goggles. Full face protection is achieved by wearing face shields.

General safety glasses

Must have side shields, or a one-piece lens that wraps around the temple. Are the minimum level of eye protection that must be worn in the laboratory .Are not effective in protecting the eyes from splashes, and are only recommended for use with solutions that are not likely to damage the eye.
Laser safety glasses

Selection is based on the laser wavelength and power. Protective properties can be found printed on the eyewear. Are not as effective as laser safety goggles at filtering all light entering the eyes.

Chemical splash goggles

Are recommended any time a splash of chemicals or infectious substances could reach the eyes. Can act as impact goggles to prevent flying debris from reaching the eyes.

Impact goggles

Offer protection from flying debris only. Often have ventilation holes on the sides that render the user susceptible to chemical splashes and dust or small debris.

Face shields

Required when splashes from chemicals that can cause immediate skin damage are handled (e.g. working with concentrated acids, dispensing liquid nitrogen, sonicating tissue samples, etc.).Shall be worn in conjunction with chemical splash goggles. Respiratory protective equipment might be required, depending on the task.

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There are four main types of spill kits that your business might use. Therefore, it’s important you select the right type depending on the substances you use, store or transport.

These are:

1. General spill kits, for the clean-up of non-aggressive or non-hazardous liquid spills.
2. Oil-only spill kits, for the clean-up of grease and oil-based liquids.
3. Chemical spill kits, for the clean-up of aggressive or hazardous liquids.
4. Anti-static spill kits, for the clean-up of highly flammable or explosive liquids.

There are also other types of spill kits used to contain specific substances that require more specialised equipment, such as mercury or body fluid spill kits.

You must also ensure that you select a spill kit that holds enough equipment to manage the size of the spill. If you store 120 L containers, having enough equipment to manage a 60 L spill will not be appropriate. Select your spill kit carefully to give yourself the best chance of clearing spills safely.

Remember that you should only use a spill kit to clean up simple spills.

If your spill is complex or has entered the system, you must notify the relevant authorities and request expert help. You must also refill your spill kit promptly after any spills occur, so you are always ready to tackle incidents.

Credit: Katie Martinelli

www.highspeedtraining.co.uk 

The post What is a Spill Kit? first appeared on KEMA E.A LTD.

Types and Classes

Type 1 – Helmets intended to reduce the force of impact resulting in a blow only to the top of the head.

Type 2 – Helmets intended to reduce the force of impact resulting in a blow to the top and the side of the head

The hard hats are classified into mainly four classes:

Class A

Class B

Class C

Class D

Advantages of Hard Hats on the Construction Sites

1. The hard hat is very essential to ensure the safety of the workmen working on the site.
2. It helps to protect the head of workmen from injuries.
3. Safety helmets help in the protection of the human brain.
4. The hard hat makes the work environment safe and secure.

What Hard Hat Color Do You Need on Your Job Site?

The hard hat color code helps to understand the responsibility of the person in a particular working area. This will help the supervisors and managers to easily identify the group of workers working on a specific site.

White hard hat

Often easy to spot in a sea of other colors, white hard hats are usually worn by anyone in a supervisory position, including managers, architects, engineers and foremen.

Green hard hat

Typically worn by your site’s safety officers or inspectors, new hires and trainees can also wear green.

Yellow hard hat

Workers who operate any heavy machinery or earth movers often wear yellow, as well as employees doing general construction labor.

Brown hard hat

Workers who do any form of welding or other high-heat jobs typically wear brown.

Orange hard hat

Due to its high visibility, most road construction workers wear orange hats. They can also be given to new hires and site visitors.

Blue hard hat

Electricians and carpenters frequently wear blue hats. Interim workers and employees in a technical advisory role can also wear blue.

Red hard hat

Firefighters other employees with emergency training often wear red hats.

Grey hard hat

These are most often issued to visitors on the work site.

Pink hard hat

These hard hats tend to be most popular with female workers. Certain businesses may also try to discourage forgetfulness by issuing a pink hat to any worker who accidentally left their own hard hat at home.

The post Know Your Hard Hats first appeared on KEMA E.A LTD.