Women's MaxTRAX® Slip Resistance
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Women's MaxTRAX® Slip Resistance
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Features
CT (Composite Toe)A safety toe manufactured using nonmetal materials to make the shoe weigh less while still providing protection against force and compression. Meets or exceeds the EN ISO 20345:2022 standard.Oil Resistant
SR (Slip resistant)Shoes designed to help prevent slip-and-fall accidents. For many employers with wet, oily, and/or greasy floors, it’s common sense to require slip-resistant safety footwear since slip-related injuries can be so costly. While no shoe is slip-proof, employers who require slip-resistant shoes can reduce worker’s compensation claims.
STEEL SAFETY TOEThe most common type of safety toe designed to protect against force and compression and meets or exceeds the EN ISO 20345:2022 standard. According to the National Library of Medicine, they can reduce your chances of a foot fracture by 67%.
WATERPROOFWaterproof boots and shoes are constructed to keep the feet dry and comfortable in wet conditions. Waterproof construction requires continuous maintenance and is not guaranteed to remain for the life of the shoe.
SRCShoes that have passed the highest level of slip-resistant testing, including both the SRA test on ceramic tile with soap and the SRB test on steel with glycerol.
HROShoes with a heat-resistant outsole compound tested at 300ºC.
OBSlip-resistant shoes meeting basic occupational requirements of EN ISO 20347.
S2Shoes in this EN ISO 20345 class that have a safety toe cap, anti-static properties, oil resistance, a fully enclosed, energy absorbant heel and water resistance.
S3Shoes in this EN ISO 20345 class that have a safety toe cap, anti-static properties, oil resistance, a fully enclosed, energy absorbant heel, water resistance and puncture resistance.
Safer Safety Grip Slip-resistant OutsoleOur exclusive Safer Safety tread, designed to channel liquids away from your feet and help prevent slip-and-fall accidents. It receives a 5 Star GRIP on the HSE Grip Rating Scheme.
EN ISO 20345The national standard that defines the requirements for safety shoes intended for commercial use in environments with mechanical risks (like impact or compression). This standard is divided into several classes that offer varying levels of protection: SB, S1, S2, S3, S4 and S5. Depending on class, protections include safety toe, shock absorption, anti-static properties, heat and cold protection, and water and oil resistance.
EN ISO 20347The national standard that defines the need for safety occupational footwear in environments with no mechanical risks (like impact or compression). This standard is divided into several classes that offer varying levels of protection: 0B, 01, 02, 03, 04 and 05. Depending on class, protections include anti-static properties, full enclosed and energy absorbant heel, water absorbance, penetration resistance, cleated sole, and an outsole resistant to fuel oil.Price