Technology
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Vibram® is the world leader in high performance rubber soles, targeted to the outdoor, work, recreation, fashion, repair and orthopedic markets.
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Just like regular Thinsulate™, it is lightweight, breathable and moisture-resistant. But Thinsulate™ Ultra insulation goes one step further. It is loftier and thicker than original Thinsulate™ insulation-for even greater warmth and comfort, yet still thin enough to allow complete freedom of movement. A mid-loft insulation, it is designed for some of the harshest conditions on earth and retains insulating value in damp conditions.
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Dri-Lex® delivers heightened comfort through a moisture management lining system that is totally breathable and quick drying.
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The Chip-A-Tex® waterproof membrane system is breathable. Water is locked out of the boot by the membrane shield but air passes through from the foot for maximum comfort.
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Seam seal construction helps keep feet dry and comfortable.
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Steel safety toe cap meets or exceeds ASTM F2413-05 standards for impact and compression.
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35% lighter than a steel toe cap it has no heat or cold temperature transference, non electrical conduction or magnetic charge properties. It's non rusting and non-corrosive and meets or exceeds ASTM F2413-05 standards for impact and compression.
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Non electrical conduction of electrical potential or magnetic charges.
Safety toe cap meets or exceeds ASTM F2413-05 standards for impact and compression.
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Solid steel plate between outsole and insole prevents nails and
other sharp objects from penetrating the foot.
Safety toe cap meets or exceeds ASTM F2413-05 standards for
impact and compression.
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These soles provide electric shock resistance for any environment where accidental exposure to electrical currents is possible. Manufactured with electrical insulating properties to withstand 18,000 Volts and a leakage current not exceeding 1mA.
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Extra thick soles provide puncture protection from sharp objects in heavy work environments. Sole puncture protection to withstand impacts up to 125 Joules. Designed to withstand a force of not less than 270 lbs and resist cracking after being subjected to 1.5 million flexes.
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