Composite Toe vs. Steel Toe Safety Boots. Which will protect you best?

steel-toe-vs-composite-toe

 

For years steel toe cap safety boots and shoes have been considered the ultimate solution for workers in hazardous environments and job roles, especially those that involve lifting and carrying heavy objects. In recent years though, composite toe cap boots and shoes have become increasingly popular. We’re often asked – which are better? This guide will cover the pro’s and con’s of each, and hopefully, help you choose the best type to keep you safe in your job role.

Steel Toe Cap Safety Boots

Steel toe cap safety boots and shoes have a heavy-duty steel cover cap across the toes and have protected the toes of countless workers across the globe and are considered the ‘classic’. To meet Australian OHS standards (AS/NZS 2210.1) they are required to provide protection against 200J of energy and bear a compression load of at least 15kN.

Pro’s of Steel Caps

Con’s of Steel Caps

 

Composite Toe Cap Safety Boots

Composite toe cap safety boots and shoes, considered the ‘new kid on the block’, are made from non-metal materials such as thermoplastic polyurethane (TPU), Kevlar or carbon fibre. To meet the Australian OHS standards they are also required to provide protection against 200J of energy and a compression load of at least 15kN.

Pro’s of Composite Caps

Con’s of Composite Caps


Summary Table – Steel Caps vs. Composite Caps

In summary, whether you choose composite toe or steel toe boots should depend on your job role and safety requirements. They each have their strengths and weaknesses which is why many boot manufacturers are choosing to have both types in their range.

Pro’sCon’s
Steel Toe Cap Safety Boots Higher ‘flat’ protection & puncture resistance. Good value & durability. Heavier than composite materials & set off metal detectors. Also provide poor insulation in extreme temperatures.
Composite Toe Cap Safety Boots Generally significantly lighter than steel caps and  don’t set off metal detectors. Superior electrical resistance and thermal insulation. Cannot withstand the same level of down force as steel caps and average puncture resistance. More expensive to produce and can weaken over time.

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