KingGee Mens Quantum Hybrid Zip/Lace Composite Toe Work Boots 5" - K27120

KingGee footwear and APODA are working together to deliver improved comfort and foot health for all of our end users. Footwear showing this logo have been tried, tested and recommended by experts.

Airport friendly boots feature non-metallic components. Plastic shanks are used in manufacture together with the use of a composite safety cap ensure KingGee footwear meets AS/NZS 2210.3:2009 safety standards.

Boots with Anti-Static properties are designed to reduce the build up of excess static electricity by conducting body charge to the ground. This offers a level of protection against ignition hazards such as flammable materials and gasses.

Composite safety toe caps provide the same level of protection as that afforded by steel toe caps tested under AS/NZS 2210.3:2009 (200 Joules) standards, with the added benefit of being non-conductive and are up to 30% lighter than a steel toe cap.

KingGee footwear incorporate safety toe caps in a contemporary yet durable design which feels lightweight on the wearer’s foot.

Rubber offers 300º Celsius (572ºF) heat resistance. Rubber has excellent resistance to oils, acids and is naturally resistant to hydrolysis.

SRC offers the most superior slip resistance for all surfaces. (Tested on both ceramic tile floor with SLS solution and steel floor with glycerol).

Certified to AS/NZS 2210.3:2009 meeting all Benchmark® requirements under the Australian and New Zealand standards.

Gives support and strength while still being breathable.

Technology keeps the foot cool and expels heat.

Made from recycled plastic bottles.

Provides world class shock absorbing impact lateral & medial ankle protection.

We use Global Recycled Standard (GRS) endorsed recycled TPU materials. When you shop from this range you are helping us work towards a more sustainable future

Provides energy rebound with every step. Essential for those who cover a high amount of kilometres on hard surfaces, acting as a shock absorber while still being lightweight