Overboots

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• Chemical Protection
  Chemical Protection: EN 13832-3:2006 approval for footwear highly resistant to chemicals.
• Heat Resistant
  Heat Resistant: Approved to EN15090:2012 F3A, the fire fighter boot standard.
• Electro Static Discharge
  Electro-Static Discharge: This boot is suitable for use in Electrically Protective Areas (EPA) conforming to EN 61340-5. The electrical resistance falls between 100 kΩ and 35 MΩ.
• High Voltage (Dielectric Class 0)
  High Voltage (Dielectric Class 0): Dielectric boots that comply with EN 50321 standard for electrically insulating footwear Class 0.
• High Voltage (Dielectric Class 1)
  High Voltage (Dielectric Class 1): Dielectric boots that comply with EN 50321 standard for electrically insulating footwear Class 1.
• High Voltage (Dielectric Class 2)
  High Voltage (Dielectric Class 2): Dielectric boots that comply with EN 50321 standard for electrically insulating footwear Class 2.
• High Voltage (Dielectric Class 3)
  High Voltage (Dielectric Class 3): Dielectric boots that comply with EN 50321 standard for electrically insulating footwear Class 3.
• (MED) Marine Equipment Directive
  (MED) Marine Equipment Directive Description
• S5 Category Safety Boot
  S5 Category Safety Boot: Complies with the requirements for safety footwear in EN ISO 20345:2011 and additionally includes a closed set region, antistatic properties energy absorption of seat region, resistance to fuel oil, penetration resistance and a cleated out-sole.
• S4 Category Safety Boot
  S4 Category Safety Boot: Complies with the requirements for safety footwear in EN ISO 20345:2011 and additionally includes a closed set region, antistatic properties energy absorption of seat region and resistance to fuel oil.
• SB Category Safety Boot
  SB Category Safety Boot Description
• O4 Category Occupational Footwear
  O4 Category Occupational Footwear Description
• OB Category Boot
  OB Category Boot Description
• Slip Resistant SR
  Slip Resistance SR: denotes slip resistance to glycerine on ceramic tile floor as stated in Table 16, EN ISO 20345:2022
• Slip Resistant SRA
  Slip Resistant SRA: Tested and approved for resistance to slip on a ceramic tile floor coated with a dilute soap solution of sodium lauryl sulphate (NaLS). The test measures forward slip on the heel and with the boot flat to the floor. Boot Marking: SRA
• Slip Resistant SRC
  Slip Resistant SRC: Tested and approved for resistance to slip on a ceramic tile floor coated with a dilute soap solution of sodium lauryl sulphate (NaLS) [SRA] and Slip resistance on steel floor with glycerol [SRB]. The tests measure forward slip on the heel and with the boot flat to the floor. Boot Marking: SRC
• Vulcanised Rubber Sole
  Vulcanised Rubber Sole Description
• Energy Absorbing Heel
  Energy Absorbing Heel: Provides a minimum of 20J cushioning at the heel, reducing the risk of fatigue and injury to joints and spine. Boot Marking: E
• Cut Resistant
  Cut Resistant: Resistance to repeated cutting strokes from a sharpened blade (to the method defined in EN 388). Achieves a result of class 4 (minimum pass is 2.5). Boot Marking: CR
• Toecap and Mid-Sole
  Toecap and Mid-sole: Epoxy coated steel toecap fitted tested for 200J impact resistance and 15kN compression. Stainless steel penetration resistant mid-sole fitted with penetration resistance greater than or equal to 1100N. Boot Marking: P
• Toecap
  Toecap: Epoxy coated steel toecap fitted tested for 200J impact resistance and 15kN compression.
• Fuel Oil Resistant
  Fuel and Oil Resistant: The outer sole is resistant to oil, ensuring the working life of the boot won’t be compromised if used in oily environments. The test involves immersion in oil for 22 hours after which the sole is checked for excessive swelling, shrinkage or increased hardness. Boot Marking: FO
• Cold Insulation
  Cold Insulation: The thermal insulation properties of the boot ensure that the temperature decrease inside a boot at 23°C when placed in a cold chamber at -17°C is less than 10°C after 30 minutes when measured at the upper surface of the insole. Boot Marking: CI
• Hot Contact
  Hot Contact: The sole has been tested for contact with a hot metal surface at 300°C for 60 seconds. Boot Marking: HRO
• Antistatic
  Antistatic: The electrical resistance of the boot falls between 100 kΩ and 1000 MΩ ensuring that any build up of static charge by the wearer will be conducted safely to earth.