Dickies Safety Work Boots EN StandardsDickies Footwear Safety ClassificationsSafety footwear standard EN345 is being superseded by EN ISO 20345. Any footwear that has been tested to EN345 can continue to be sold, however, any new designs will have to be tested to the new standard. Which standard your footwear is tested to is identified on the product information label, this is found within the boot or shoe. Steel and composite toe-caps are tested to 200 Joules. SB Safety basic 200 Joule protection. S1 200 Joule to cap protection. Closed seat region (fully enclosed heel). S2 200 Joule to cap protection. Closed seat region (fully enclosed heel). Antistatic properties. Energy absorption of seat region. Water penetration and and water absorption resistance. S3 200 Joule to cap protection. Closed seat region (fully enclosed heel). S4 200 Joule to cap protection. All rubber or all polymeric footwear with antistatic properties. Energey absorption of seat region. S5 200 Joule to cap protection. All rubber or all polymeric footwear with antistatic properties. Dickies Safety Work Boots Additional Safety FeaturesShould these products offer some extra protective features then the appropriate symbol will be added. P Penetration resistance offered by a steel midsole. C Conductive footwear A Antistatic footwear. HI Insulation against heat. CI Insulation against cold. E Energy absorption of seat region. WRU Water penetration and water absorption resistance. HRO Resistance to hot contact up to 300c SRA Footwear is resistant to slippage on ceramic tiled floor with sodium Laurel sulphate lubricant. SRB Footwear is resistant to slippage on steel with Glycerol lubricant. SRC Footwear is resistant to slippage on steel with Glycerol lubricant and ceramic tiled floor with
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