Bunzl Greenham Product Catalogue - Edition 25

SAFETY FOOTWEAR SAFETY GUIDELINES GREENHAM.COM

EN ISO 20345 Markings Guide

Footwear made entirely from leather and other materials

(Metal insert type P) Penetration resistant outsole: Lowest penetration value required shall not be less than 1100N (Non-metal insert type PL) Penetration resistant outsole: Lowest penetration value required shall not be less than 1100N and no separation of the layers shall occur during all tests (Non-metal insert type PS) Penetration resistant outsole: Average penetration value shall not be less than 1100N Anti-static: Electrical resistance between foot and ground of between 0.1 and 1000 Mega Ohms* Partially conductive footwear. The electrical resistance shall not be greater than 0.1 Mega Ohms between foot and ground* Insulation against cold: 30 minutes at 17°C, the decrease shall not be more than 10°C Insulation against heat: 30 minutes at 150°C, the rise shall not be higher than 22°C Energy absorption of the seat region: Energy absorbed to be not less than 20J Water penetration and absorption (water resistant and breathable) Ankle protection: 10N impact means transferred force shall not exceed 10KN and no single value shall exceed 15KN Water resistant footwear (waterproof membrane) Cut resistant upper: Cut resistance to exceed 2.5 on the index Metatarsal protection 100J impact energy SR slip resistance test features glycerine on ceramic tile surface. Replaces SRA SRB SRC. No test given – for footwear featuring spikes or studs on sole.

Class 1

P

Class 2 All entirely moulded footwear SBH

Hybrid footwear that cannot be classed as either I or II. Safety toe cap protection only, tested with 200 J impact and 15 KN compression force.

PL

SB

PS

S1 S2 S3

Class 1 + Closed heel area + SB + A + E

As S1 + WPA

A

(Metal insert type P) as S2 + P + Cleated Outsole (Non-metal insert type PL) as S2 + PL + Cleated Outsole (Non-metal insert type PS) as S2 + PS + Cleated Outsole Upper material of all Rubber or Polymeric as SB + Closed heel area + A + E (Metal insert type P) as S4 + P + Cleated Outsole (Non-metal insert type PL) as S4 + PL + Cleated Outsole (Non-metal insert type PS) as S4 + PS + Cleated Outsole

S3L

C

S3S

CI

S4

HI

S5

E

S5L

WPA

S5S

AN

S6 S7

As S2 + WR

(Metal insert type P) as S3 + WR

WR

S7L S7S

(Non-metal insert type PL) as S3 + WR

CR

(Non-metal insert type PS) as S3 + WR

M

Heat resistant outsole compound: Shall withstand 300°C for 60 seconds.

HRO

SR

FO LG SC

Resistance to fuel oil

Ladder grip

Ø

Scuff cap abrasion

Safety Symbols Guide Should our safety footwear offer any additional protective features, then the appropriate symbol will be added.

Footwear with energy absorption of the seat region tested at 20 Joules

Suitable for vegans

Waterproof footwear

VEGAN FRIENDLY

WATER PROOF

ENERGY ABSORBING

Footwear available in women’s sizes

Cold insulation

Water-resistant uppers

COLD RESISTANT

WATER RESISTANT

WOMENS

WOMEN’S FIT

Footwear with metatarsal protection – 100 Joules impact energy

Fuel and oil resistant

Footwear with safety midsole

FUEL OIL RESISTANCE

METATARSAL

MIDSOLE

Heat resistant outsole compound tested to 300°C

Non-metallic construction

Footwear with safety toecap

METAL FREE

HEAT RESISTANT

TOECAP

SR slip resistance test features glycerine on ceramic tile surface. Replaces SRA SRB SRC

Anti-Static Anti-Static footwear has an electrical resistance between 0.1 and 1000 megaohm (M) Ω, measured according to EN 20344:2011.

Electrical Hazard boots protect against electrocution by resisting up to 18,000 volts. They differ from Anti-Static and ESD, with non conductive soles and heels.

SR

ANTISTATIC

Electrostatic dissipative footwear marked in accordance with the IEC 61340 suite of standards offers static dissipation (to ground) preventing static discharge and sparking. Intended to prevent damage to sensitive electrical equipment, such as microchips and circuit boards.

171