Unisex Hospital Shoes

Protection class O2 – Basic requirements in addition to: Fully enclosed heel (closed seat region).Seat region energy absorption. Additionally, resistance to water penetration and absorption.input:
output:Characteristics

Slip resistance on ceramic substrates coated with SLS solution and steel substrates coated with glycerol – slip resistance on ceramic substrates coated with SLS solution and steel substrates coated with glycerol

Energy absorption in the heel region – energy absorption in the heel region

The sole is resistant to diesel fuel.

Insulation of the bottom from the cold – isolation of the bottom from the cold

Water resistance of footwear is defined as the ability to withstand water.

Water permeability and water absorption of the face material – permeability and water absorption of the upper materialEN ISO 20347:2012Certificate 37/2023/PPE/1439/B edition 1Product characteristics include:• enhanced durability of the upper portion• free of metals• upper surface that is effortless to clean• tongue that protrudes from the mouth• acid-resistance• resistance to bases

• resistance to short-term contact with hot ground at 180°C

• insole that can be replaced

• washable at a temperature of 30°

• PRT FLEX technology• Shock absorber technologyMicrofiber is the material used for theinput:
output:Lining material: FabricToe ThermoplastiqueEven moreFabric for InsolesInsole (features) ♦ replaceable insoleinput:
output:Sole Pu/PuThe sole characteristic♦ acid resistance

♦ resistance to bases

♦ resistance to short-term contact with hot ground at 180°C

♦ PRT FLEX technology♦ Shock absorber technologyType of fastener Shoelacesinput:
output:Weight of half a pair [kg] (based on size): 0.4990 (42)