Puncture Resistant Boots, Steel vs Fabric Midsoles

Safety footwear and its protective grade is best chosen after evaluation (risk assessment) of the potential dangers in the work environment. The footwear should always be used as a last resort, it is the final line of defense against hazards, after all other reasonable or practical measures have been taken to manage the risks of the workplace. Impact, compression and puncture are the most common types of foot injury.

Common dangers are related to the kind of materials that are handled by the worker, risks of objects falling on or rolling over the feet, blades that might cut the top of the feet, or sharp objects that could penetrate the outsole of the shoe.

Below we are going a little deeper into puncture resistant boots and the differences between steel midsoles and woven fabric midsoles in puncture resistant boots.

puncture resistant boots, steel or fabrics midsole

RELATED PUNCTURE RESISTANT BOOTS


icon for puncture resistant boots
PUNCTURE RESISTANT BOOTS
STEEL VS WOVEN FABRIC MIDSOLES

Puncture flesh wounds are particularly awful because screws, spikes, sharp scrap metal or the famous rusty nail puncturing the foot, can deposit bacteria and debris deep into the body, leading to dangerous infections and/or permanent foot damage.

The protective midsoles are embedded during the manufacturing process, between the insole and outsole of the puncture resistant boots. The standard specifies that the protective midsole of puncture resistant boots cannot be removed without damaging or destroying the boot. 2 main materials are used for protective midsoles: steel and Aramid (woven fabrics with high tenacity; eg. Kevlar by Dupont, Twaron by Akzo)

When puncture resistant boots have a woven fabrics midsole, they are most likely to have a composite toe cap too to create a metal-free, lightweight work boot. A crucial element on sites where metal detectors are used as employees enter and leave, for example high-security environments, such as airports, governmental buildings and military bases, where the scanning aims to prevent weapons from making their way in.

We made a list with all the differences you should know about a steel or woven fabric midsole in your search for the puncture resistant boot that suits your work.


puncture resistant boots and midsole
Puncture resistant boots with steel midsole
STEEL MIDSOLES
Made from coated steel or stainless steel
More economic compared to textile/Aramid materials
Thinner than textile/Aramid midsoles
Embedded in the outsole construction, not visible when taking out the comfort insole
Conducting cold, heat and electricity
Recommended for protection against very sharp and tiny objects
Less flexible than textile midsoles, due to the characteristics of metal
Not protecting the full bottom surface of the footwear, few mm stay unprotected at the sides
Subject to corrosion after a period of time, when made in coated carbon steel, especially at the flexline area
Puncture resistant boots midsole aramid woven fabrics material
WOVEN FABRIC MIDSOLES
Made from Aramid fibers like Kevlar or Twaron
More flexible compared to steel midsoles
Less heavy than steel midsoles
Sewn onto the puncture resistant boots upper construction, visible when removing the comfort insole
Not conducting cold, heat and electricity
Recommended for people working in metal scanning environments
More comfort due to technical evolution towards thinner, more lightweight materials.
Protecting the full bottom surface of the shoe
Combined very high strength-to-weight properties, with excellent temperature, abrasion and cut resistance values


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