Description
Oliver 26-620 Unisex Elastic Sided Non Safety Boots
The Oliver WB26 series of non-safety work boots incorporates all our knowledge from 126 years of manufacturing Australia’s top quality, tough workboots, and presents them in a new state of the art, comfortable and stylish package. Using all the durability, performance and comfort features of the leading Oliver safety range.
Features include – Water resistant leather COMFORTcushion® Impact Absorption System uses a combination of cellular urethane and PORON® Shock absorbing Polyurethane midsole support GRIPthane® tread pattern for greater traction and heat resistant to 130°C
COMFORTcushion® Impact Absorption
Provides superior cushioning and shock absorption helping to reduce foot, leg and back fatigue.
Antimicrobial Technology
Revolutionary anti-bacterial solution provides protection against odour, staining and deterioration caused by bacteria, fungus and other micro-organisms.
Water Resistant Leather
Water resistant leather to DIN 3. Provides all day comfort in wet and damp working conditions.
Airport Friendly Footwear
Our airport friendly boots feature a non metallic safety toe cap and non metal hardware that won’t set off the metal detector as you pass through airport security.
Heat Resistant Sole
Sole is heat resistant to 130º Celcius or 266º Fahrenheit. Ideal for general purpose working environments
Cut Resistant Sole
Sole has excellent cut resistance. Resists cut growth cause by small cuts opening up as a result of normal sole flexing when walking.
Slip Resistant Sole
Sole has excellent slip resistance. (Exceeds European Standard EN344, SATRA slip test method PM144 standard)
Electrical Resistant
Electrical Hazard (EH) Protection reduces the danger of accidental contact with live electrical circuits in accordance with ASTM F2413-1
Abrasion Resistant
Abrasion resistant sole.
HYDROstop
HYDROstop technology ensures that the sole is protected against deterioration caused by hydrolysis and bacterial attack. Soles with this feature carry a 3 year Guarantee against hydrolysis.
