AS 2210.3:2019-Classification II / ASTM F2413-18 including EH (Clause 5.6)
Made in Tasmania.
Designed to work, the Blundstone #006 gumboots are packed with features including:
1. WATERPROOF SAFETY GUMBOOT
Gumboots are highly resistant to water and liquid penetration keeping your feet dry for all day comfort.
2. PVC/NITRILE BLEND UPPER
The chemical, oil & acid resistant properties of the gumboots provide waterproof protection for many environments.
3. DESIGNED FOR THE FOOD INDUSTRY
These gumboots are specifically formulated to offer resistance to most organic fats and are ideal for kitchens, poultry and farming environments where exposure to biological contamination is a possibility.
4. SLIP & ABRASION RESISTANT
Our soles combine a unique tread pattern with our expertise in blending the PVC/nitrile to provide excellent durability and slip resistance.
5. REINFORCED ANKLE, HEEL & INSTEP
The reinforced ankle, heel and instep provide extra support and increase durability in high pressure areas of the gumboot.
6. STEEL TOE CAP
Broad fitting Type 1 steel toe cap tested to resist a 200 joule impact. Steel is the safest toe cap material available, providing the highest level of resistance to impacts, punctures, cuts, and rolling side compression.
Made in Tasmania
Materials & specifications
The Armochem safety toe #006 is designed specifically for food and related industries, with improved slip and abrasion resistance. They also feature a rear kick-off lip as well as a reinforced ankle, heel and instep.
White Armorchem waterproof safety gumboot
Made from a PVC/nitrile compound that is organic fat, oil and acid resistant
Fully removable contoured EVA footbed
Tread designed specifically for food and related industries, with improved slip and abrasion resistance
Reinforced ankle, heel, and instep with rear kick-off lip
Knit lining for comfort
Two pre-stamped guide lines allow height adjustment for optimum comfort
Ergonomically engineered toe spring reduces wearer fatigue
Broad fitting Type 1 steel toe cap tested to resist a 200 joule impact