Mongrel Boots High Leg Lace Up Boot w/ Scuff Cap - Wheat (550050)

Mongrel Boots High Leg Lace Up Boot w/ Scuff Cap - Wheat (550050)

MADE WITH THE AUSSIE TRADIE IN MIND. LACE UP BY MONGREL BOOTS

The 550 is a tough and reliable boot for all working conditions. When you’re laced up to the right fit and on the job, your feet are safe from intense temperatures and hazards on the outside thanks to the Vibram® sole, but are also comfy on the inside thanks to the Dri-Freeze® lining. The ideal boot for construction, metal workers, road workers, boiler makers and general trades that work with hot elements.

• 200J steel toe cap
• Heat, oil & acid resistant Vibram® rubber outsole
• Moulded PU scuff cap for longevity
• Antistatic
• SRC slip resistance
• AirZone® Comfort System
• OrthoTec Poron® footbed w/ anatomical arch support
• Dri-Freeze® lining that dissipates heat
• Nomex® vamp stitching
• Silicone AbrasionGuard
• Padded tongue and collar
• Premium full grain leather

Safety Features

• Steel toe cap
• Vibram® rubber outsole (300°c)
• Oil & acid resistant
• Scuff cap
• Antistatic
• Src slip resistance
• Airzone® comfort system
• Orthotec poron® footbed
• Dri-freeze® lining
• Nomex® stitching
• Premium full grain leather
• AS 2210.3:2019
• ISO 20345:2011, MOD
• ASTM F2413

Orthotec

• Designed specifically for our new range of Vibram® soled boots, the OrthoTec Poron® footbed has been modelled off our best-selling and extremely comfortable OrthoTec Air footbed. To further enhance the comfort and shock absorbing characteristics of this footbed, we’ve inserted Poron® Performance Cushioning into the heel cavity.
• Poron® Performance Cushioning is a versatile shock absorbing material that has been engineered to increase comfort and reduce fatigue caused by hard work. This antistatic footbed can be found in any Mongrel that features a Vibram® rubber outsole.

Grip Is Improved By

• Balanced combination of design and compound
• Lug design that conforms to the intended surface
• Large contact surfaces
• High performance rubber compound

Traction Is Improved By

• Sharp edge and high profile lug design
• Self cleaning channels
• High profile lug design
• High performance rubber compound

Stability Is Improved By

• Large contact lug design
• Rigid/semi rigid frames
• Larger lugs on the perimeter
• High performance rubber compound

Braking Is Improved By

• High profile with undercut heel
• Sharp edge lug design
• Slanted heel for natural rolling on touchdown
• High performance rubber compound

Self-Cleaning Is Improved By

• Lug positioning (open design)
• Large mud/snow release channels
• Mater draining micro incision (sipping)
• Low profile lug design (shallow lugs)