Blue Heeler Square Toe Safety Boot - Distressed Brown

The Blue Heeler Square Toe is a 280mm men’s calf height, western style boot.

Upper Materials
Premium full-grain distressed brown cowhide waterproof leather upper with double stitching in nylon thread. Featuring a leather heel slip to guide the foot in and out of the boot with ease.

Toe Cap
200J Steel Toe Cap

Lining Materials
This boot is lined with Baltico®, a soft, non-abrasive, hydrophobic material that wicks perspiration away from the foot, keeping the skin cool and dry. Fresche QuatlockTM, a sustainable and renewable resource, is applied during the manufacturing process to provide antibacterial and antimicrobial protection to the boot.

Full Innersole
A full-length footbed is inserted into the footwear to provide additional support and comfort. This footbed is made from soft polyurethane, which will retain its shape and thickness throughout the life of the boot.

Insole
Heavy-duty, flexible, antibacterial, non-woven insole.

Midsole
Directly moulded polyurethane midsole for greater shock absorption.

Outsole
EH Thermoplastic Polyurethane (TPU) Outsole for superior wear properties and heat resistant to 130°C.

Trisole® Comfort Technology
The Steel Blue soling system is a patented three-density soling system that provides a high level of comfort, shock absorbency, and energy return. The system uses PORON® as energy-absorbing pads placed under the pressure points of the foot to deliver superior comfort and offers shock absorbency comparable to that of sports footwear.

EH Series
Electric Shock Resistant: 18,000 volts at 60 Hz for 1 minute in dry conditions, with a leakage current of less than 1 milliampere. Meets the requirements of the American Standard ASTM F2413 Clause 5.6 - EH. Warning: Electrical shock resistance deteriorates
rapidly in wet environments and with wear. EH Series footwear is intended for use as secondary protective personal equipment. It should be used in conjunction with primary protective equipment in areas and environments where there is a need to reduce the risk of electric shock due to accidental contact with live electric wires.