Regarding footwear:
Apparently,
there is only puncture resistant not, puncture proof.
The shoes either use heat bonded kevlar materials included in the construction of footwear that is only resistant to punctures or,
A thin sheet of metal, usually Stainless Steel of 0.5mm thickness that is puncture proof against a 16 Penney nail.
Both costs from around $60 - 125 a pair.
Beware cheap footwear as they are known to substitute lesser material.
I was thinking of using 16 gauge SS material as an insert to my current footwear.
The danger of this is the material could allow punctures along the edges because it has to be smaller than the sole of the footwear in order to fit inside the shoe/boot.
My research shows 0.5mm to be about 1/25" inch thickness (25 gauge) but, maybe I've used the wrong fraction.
Rerun
Apparently,
there is only puncture resistant not, puncture proof.
The shoes either use heat bonded kevlar materials included in the construction of footwear that is only resistant to punctures or,
A thin sheet of metal, usually Stainless Steel of 0.5mm thickness that is puncture proof against a 16 Penney nail.
Both costs from around $60 - 125 a pair.
Beware cheap footwear as they are known to substitute lesser material.
I was thinking of using 16 gauge SS material as an insert to my current footwear.
The danger of this is the material could allow punctures along the edges because it has to be smaller than the sole of the footwear in order to fit inside the shoe/boot.
My research shows 0.5mm to be about 1/25" inch thickness (25 gauge) but, maybe I've used the wrong fraction.
Rerun