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Step up your safety game.

The Javlin Safety Boot delivers unbeatable protection without compromising on comfort – whether you’re on the construction site, factory floor, or in the field.

THE JAVLIN SAFETY BOOT

READY FOR ANYTHING. DESIGNED FOR EVERYTHING.

GENUINE LEATHER UPPERS
Built to last and made to perform.
DUAL DENSITY PU OUTSOLE
Hardwearing grip you can trust.
ERGONOMIC FIT
Padded ankle collar & tongue for extra support.
BREATHABLE PRE-MOULDED EVA INSOLE
Keeps your feet cool and dry.

CE EN ISO 20345 | NRCS Approved

STEEL TOE CAP

Protects against 200J impact & 1500KN compression.

SHOCK ABSORBENT HEEL

All-day comfort, less fatigue.

HEAT RESISTANT SOLE

Withstands surface temperatures up to 90°C.

SLIP RESISTANT GRIP

Maximizes traction, minimizes risk.

OIL RESISTANT SOLE

Defends against greasy, slick surfaces.

SLIP-RESISTANT GRIP
YOU CAN TRUST

Engineered with a heat and
slip-resistant sole to keep
you steady on any surface.

THE JAVLIN SAFETY BOOT

Durable. Reliable. Certified.

The Javlin Safety Boot is your
all-day, everyday defense on
the job.

How to Choose the Right Safety Boots for Construction Sites in South Africa

Construction sites are some of the most hazardous working environments in South Africa.
Uneven ground, heavy machinery, falling objects, sharp debris and changing weather conditions
all create daily risks for workers. One of the most important pieces of personal protective
equipment on any site is proper safety footwear.

Yet many injuries still happen because workers are wearing the wrong type of boots, worn-out
boots, or footwear that does not meet required safety standards. Choosing the right safety boots
is not just about comfort. It is about legal compliance, worker safety and reducing costly
downtime caused by preventable injuries.
This guide explains exactly what to look for when selecting safety boots for construction work in
South Africa.

Why Safety Boots Are Critical on Construction Sites

Feet are constantly exposed on site. Workers walk across rubble, steel offcuts, wet surfaces,
exposed wiring, mud and unstable ground. At the same time, tools, bricks, steel bars and
equipment can fall without warning.

The most common foot injuries on construction sites include:
● Crushed toes from falling objects
● Puncture wounds from nails or sharp metal
● Slips and falls on wet or dusty surfaces
● Burns from hot surfaces or chemicals
● Long term joint and back strain from poor support

The correct safety boots significantly reduce these risks. For employers, this also means fewer
injuries, fewer compensation claims and better compliance with occupational health and safety
regulations.

Start with Compliance First
Before looking at comfort or style, the first question should be whether the boots meet
recognised safety standards.

In South Africa, safety footwear should comply with relevant SANS standards. These standards
ensure the boots have been tested for impact resistance, sole strength and durability. Boots that
are SABS approved or SANS compliant give site managers confidence that workers are
properly protected.

Using non-compliant footwear on site can create serious liability issues for employers. If an
injury occurs and the worker was not wearing compliant PPE, the company can face legal and
financial consequences.

Always choose boots from a reputable PPE supplier that clearly states the safety rating and
compliance level.

Steel Toe vs Composite Toe
One of the biggest decisions is the type of toe protection.

Steel toe boots
Steel toe boots are the traditional choice on construction sites. They contain a reinforced steel
cap that protects toes from heavy falling objects and compression.

They are ideal for:
● Heavy construction
● Structural work
● Areas with high risk of dropped materials

They are extremely strong and often more affordable. However, they can be heavier and may
conduct temperature in very hot or cold environments.

Composite toe boots
Composite toe boots use materials such as fibreglass or carbon fibre instead of steel.

They are:
● Lighter in weight
● Non-metallic
● More comfortable for long hours

They are suitable for general construction where protection is needed but extreme impact risks
are lower. They are also useful in environments where metal detectors are used.
For most heavy duty construction sites, steel toe boots remain the preferred option.

Look at the Sole Protection
The sole of a safety boot does more than just provide grip. It protects against penetration and
prevents slips.

Puncture resistant soles
Construction sites often have nails, wire and sharp debris on the ground. A puncture resistant
midsole prevents sharp objects from penetrating through the bottom of the boot.

Slip resistant soles
Wet cement, mud, dust and oil spills can create extremely slippery surfaces. A slip resistant sole
with proper tread reduces the risk of falls, which are one of the leading causes of site injuries.

Heat resistant soles
On certain sites, workers may walk on hot surfaces or work near high temperatures. Heat
resistant soles provide extra protection in these conditions.

Consider the Working Environment
Different construction environments require different boot features.

Outdoor construction
For sites exposed to weather, waterproof or water resistant boots are essential. Wet feet lead to
discomfort, blisters and reduced concentration, which increases accident risk.

Heavy duty environments
Mining related construction or large scale infrastructure projects may require boots with
additional ankle support and thicker soles for stability on uneven ground.

Long shifts
Workers on site often spend ten to twelve hours on their feet. Lightweight boots with proper
cushioning reduce fatigue, which improves productivity and safety.

Comfort Is a Safety Factor
Uncomfortable boots cause workers to adjust how they walk, stand or lift. This can lead to back
pain, knee strain and poor posture. Over time, this increases the risk of musculoskeletal injuries.

Key comfort features include:
● Proper arch support
● Cushioned insoles
● Breathable lining
● Correct sizing

Boots that fit poorly can cause blisters, pressure points and distraction. When workers are
focused on foot pain, they are not fully focused on safety.

When Should Safety Boots Be Replaced?

Even the best boots do not last forever. Worn-out safety boots are a major hidden risk on
construction sites.

Boots should be replaced if:
● The sole tread is worn down
● The toe cap becomes exposed
● There are cracks in the sole or upper
● The boot no longer provides ankle support
● The interior cushioning has collapsed

Regular PPE inspections should include footwear checks. Employers have a responsibility to
ensure PPE remains effective, not just supplied once.

The Cost of Choosing the Wrong Boots
Trying to save money by buying cheap, non-compliant boots often leads to higher costs in the
long run. Injuries result in lost workdays, medical costs, insurance claims and project delays.
Proper safety boots are an investment in workforce protection and site efficiency. Reliable PPE
also builds a strong safety culture, which is critical on any professional construction site.


Final Thoughts
Choosing the right safety boots for construction sites in South Africa is about more than ticking a
box. It is about understanding the risks workers face every day and selecting footwear that
offers real protection, durability and comfort.

Look for SANS compliant boots from a trusted PPE supplier, ensure the correct toe protection,
choose the right sole features, and never overlook comfort and fit. Regularly replace worn boots
and treat footwear as a critical part of your safety system.
The right safety boots help prevent injuries, keep projects on track and ensure your team
returns home safely at the end of every shift

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    GLOVE STANDARDS

    The symbols below represent various features of our garments. The following definitions apply:

    FOOTWEAR SYMBOLS

    Our safety footwear with CE marking meets the requirements of CE EN ISO 20345 standard, confirming that the product meets the requirements of European guidelines regarding Personal Protective Equipment (PPE), and has been subjected to testing carried out by a recognised European testing institute.

    STEEL TOE CAP

    Steel toe caps for protection from falling objects and compressions are tested with 200 joule impact and 1500KN compression.

    SHOCK ABSORBENT

    Shock absorbent heels protect the body against stress.

    HEAT RESISTANT

    Heat resistant soles withstand heat of up to 80°C.

    ANTI STATIC

    Anti static soles are designed to discharge the body’s static electricity up to tolerances of 100kΩ – 1000MΩ.

    OIL RESISTANT

    Oil resistant outsoles are resistant to most oils and chemicals.

    SLIP RESISTANT

    SRA slip resistant rating for slip resistance on ceramic tiles with 0.5% Sodium Lauryl Sulphate.

    TECHNICAL SYMBOLS

    The symbols below represent various features of our garments. The following definitions apply:

    SABS APPROVED

    Our range of SABS (South African Bureau of Standards) approved garments are certified in accordance with SANS 434. Our 100% cotton J54 and D59 fabrics are certified to SANS 1387.

    ACID RESISTANT

    Our Acid Resistant garments offer certified protection against penetration, absorption and repellency to low volatility liquid chemicals in accordance with ISO EN 6530.

    FLAME RETARDANT

    Our Flame Retardant garments offer protection where there is a risk of contact with heat and flame in accordance with ISO EN 116611 / 11612 / SANS 1423-1

    TRIPLE NEEDLE STITCH

    We use triple needle stitching on stress bearing seams of selected garments to enhance durability.

    WATERPROOF

    Our waterproof garments can withstand 3000 – 5000mm of water over a 24 hour period without leaking.

    COLD RESISTANT

    Our cold resistant garments offer protection in working environments as low as -20°C

    HI-VIS

    The reflective tapes on our high visibility garments are ISO EN 20471 (Class II) certified making the wearer visible in hazardous situations regardless of lighting conditions.

    YKK

    We use YKK zips on our premium range of Javlin garments. YKK is the world’s largest and most trusted zip manufacturer.

    BREATHABLE

    Our breathable fabrics allows moisture vapour to be transmitted through the material. This way the wearer stays dry while working.

    WATER RESISTANT

    These garments are designed to be water-resistant, featuring seam-sealed construction capable of withstanding water penetration of less than 1000mm over a 24-hour period.

    WIND PROOF

    Our garments employ cutting-edge multi-layering technology to ensure they are completely impervious to wind, providing unparalleled protection against gusts and breezes.

    VENTED

    Our garments feature strategically placed vents designed to optimize air circulation, promoting efficient cooling for the wearer.

    OEKO-TEX

    OEKO-TEX® STANDARD 100 is a label for textiles tested for harmful substances. It sets the benchmark for textile safety, from yarn to finished product.

    GRAFTEX

    This innovative fabric blends the unmatched strength of high tenacity ring-spun yarn with the resilience of virgin cotton and polyester, crafting a textile masterpiece that redefines durability.

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    MEN'S MEASUREMENTS

    CHEST:
    With arms relaxed down at sides, measure around the
    fullest part of chest, under the arms and straight across
    back. Do not over inflate your chest.
    WAIST:
    Measure around your waistline, keeping the tape
    comfortably loose.

    WOMEN'S MEASUREMENTS

    CHEST:
    Measure around the fullest part of the bust/chest.
    WAIST:
    The slimmest part of your waist.
    HIP:
    Stand with your feet together, measure around the
    fullest part of the hips and rear (approximately 20cm
    from the slimmest part of your waist “B”).