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Reebok Men's DMXair Comfort+ Composite Toe Athletic Work Shoe- Black- RB3605

Move as Light as Air Move as light as air through your work day with the DMXair Comfort+ Work Men's Water Resistant Composite Toe shoe. DMX Moving Air Technology responds to your every step, while an athletic and breathable upper keeps you cool. EXOFUSE water-resistant microfiber uppers shield you against light rainy conditions, while a special moisture-wicking lining keeps feet feeling dry and comfortable all day. Key Features of the Reebok DMXair Comfort+ Work Shoe (RB3605) XTR® Extra Wide Composite Toe Meets ASTM F2413 : Impact and compression protection. Static Dissipative (SD10) : Dual Resistor technology reduces static build-up. EXOFUSE Water-Resistant Upper : Shields against light rainy conditions. DMXair EVA Midsole : Full slip-resistant rubber skin meets ASTM F3455 standards. DMX Moving Air Technology : Responds to your every step. Metal Free : Extra wide toe, Black colorway. Weather-Ready, Static-Safe EXOFUSE water-resistant microfiber uppers shield against light rainy conditions, while Dual Resistor SD10 technology reduces the potential for static build-up on you and surrounding equipment. Air Moving Underfoot, Comfort All Day DMX has air running through connecting pods that helps release energy, so you'll have air literally moving under your feet for reliable comfort while you work. Why Choose the Reebok DMXair Comfort+ Work Shoe? For static-sensitive job sites that also demand water-resistant protection, the DMXair Comfort+ delivers certified composite toe safety with genuine weather readiness. Frequently Asked Questions Does this shoe meet safety toe standards? Yes. The XTR® composite toe meets ASTM F2413. Is this shoe static dissipative? Yes. Dual Resistor SD10 technology is specifically designed to reduce static build-up. Is this shoe water resistant? Yes. The EXOFUSE upper is specifically designed to shield against light rainy conditions. Is this shoe slip resistant? Yes. The outsole meets ASTM F3455 standards for slip resistance.