Description
Enhanced protection in hazardous conditions
UPPER Full grain leather
Padded collar and ½ padded bellows tongue for comfort
4 pair eyelet lace-up with hooks
LINING Needle-fibred vamp lining for excellent perspiration absorbency
The quarter lining is from an industrial Ferrabelle non-woven material.
IN-SOCK & TOP SOCK Non-woven material in-sock laminated to Kevlar to protect the foot from heat transferance, through the sole of the boot
Anti-bacterial Energiser woollen top sock with anti-microbial properties
MIDSOLE Shank reinforcement for additional arch support
Anti-penetration midsole available – 42603 (MTO)
TOE CAP Steel
SOLE Dual Density PU/Rubber – outersole 8mm thick (heat resistant up to 300° C)
NRCS/9002/287766/0134
SANS / ISO 20345
ELECTRICAL RESISTANCE TO 20KV FOR 60 SECONDS (ESKOM SPEC 34-232)
SPEC SHEET: BOVA-Spec-Sheet-Template-firewalk (5)
RECOMMENDED ENVIRONMENT:
This boot has been engineered to provide the wearer with protection in environments where extreme heat and
the risk of electrical shock is present
Anti-shock Safety Boot
UPPER: • Cut from 2.0mm – 2.2mm Full Grain Lunar Buffalo Sides
• Padded collar and padded ½ bellows tongue from a soft Bovine Leather split
• 4 pair eyelet lace-up and hooks with corrosion-resistant gunmetal coating
• Braided lace from polyester yarn and central core for additional strength
LINING: • The quarter lining is from an industrial quality Ferrabelle non-woven material
• The vamp lining is from a hi-tech needle-fibre blend with excellent perspiration absorbency and treated with
Ultra-Fresh to impart hygienic and anti-bacterial properties to the material
IN-SOCK & • The in-sock is from a non-woven material laminated to Kevlar to protect the foot from heat transference through
TOP SOCK: the sole of the boot
• The Energiser top sock is from a combination of polyester and wool, with excellent perspiration absorbency
• The top sock has been treated with Ultra-Fresh to impart hygienic and anti-bacterial properties to the material
SOLE: • The sole is from double density PU/Rubber
• The midsole is from a low density flexible Polyurethane with a shore hardness of 0.45mm – 0.5mm
• The outer sole is from 8mm rubber
• The boot soles have been subjected to a voltage of 20kV ac rms for 60 seconds, with specific reference to
paragraph 5 of the Eskom specifications 34-232 – no break-down occurred
• A shank reinforcement is molded into the midsole for additional arch support
• The boot can withstand temperatures up to 300˚C
• The boot is non-conductive
• If required, the boot can be manufactured with an anti-penetration-resistant midsole
TOE CAP: • Steel toe cap
• Can withstand an impact load of 200 joules
The Firewalk boot has been tested to comply with SANS/ISO 20345 specification and carries the SANS/ISO 20345
certified mark.
