Volcom Chill Men's Composite Toe Static-Dissipative Work Shoe
True to this, the California-based Volcom lifestyle brand is bringing edgy style to work footwear. The Chill line exudes casual comfort with a generous fit that allows you to easily slip on and secure with shoe laces. A dark grey woven textile upper is cemented to grey cushion midsole. Affixed to the midsole is a flat rubber outsole with a gripping tread pattern ideal for indoor work environments that is certified to the ASTM F3445-21 standard for slip on wet and dry surfaces. Meeting the ASTM F2413 standard for work footwear, these shoes are static-dissipative to SD-10 standards and house a composite safety cap for impact and compression. Metal-free, these men's shoes won't mar surfaces or set off metal detectors. Get the comfortable casual style you want with the Chill by Volcom. Pick up your pair today.
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Protective Toe
Impact testing determines the amount of protection to the toe under various foot pounds of force. Compression testing determines the amount of static pressure a steel/composite toe cap can withstand. Our boots are I75/C75
Static Dissipative
Footwear is constructed of materials that, when in contact with properly grounded floor surfaces, will safely discharge static build-up through the shoe to the floor. Our testing experience contributed to the SD standard established in Section 6 of the ANSI Z41 and carried over to the current ASTM standards.
Non-metallic
Constructed using no metal material or parts. Perfect for working environments that require passing through metal detectors. -
- Non-metallic
- Mesh lining
- ASTM F2413 protective toe classification
- Oil- and slip-resistant rubber outsole
- ASTM F2413 static-dissipative standard
- Contoured removable cushion insole
- Generous fit
- Composite toe
- Flexible and breathable woven upper
- Cement construction
- Slip on or lace up construction
- Flat outsole; no heel
- Lightweight, Durable PU
- ASTM F3445 slip-resisting
Weight
10M 1.40 LBS
Heel Height
NOT APPLICABLE
Calf Circumference
NOT APPLICABLE