Reduced price! COFRA ATTACK 02 FO HRO SRC SAFETY BOOTS View larger

COFRA ATTACK 02 FO HRO SRC SAFETY BOOTS

Black water repellent grain leather and Cordura boot, Cambrelle lining, antistatic, anti-shock, slipping resistant. Plus: SOFT-Bed footbed, made of soft PU, removable, covered.
Upper made from Water repellent full grain leather and CORDURA®

More details

84,78 €

-10%

94,20 €

Data sheet

More info

Lining made from CAMBRELLE® 100% polyamide, breathable, absorbing and releasing moisture, abrasion resistant
Footbed made fromFull SOFT-BED, made of extremely soft PU, anatomic, removable, antistatic, covered with cloth. Cold and heat insulation
Outer Sole made from PU/Nitrile rubber resistant to +300°C (1 minute contact)
Plus points N/A
Width N/A
Safety Rating O2 FO HRO SRC
SIZES 4-13 37-48
 
This is brand new boot to the Cofra DEFEND range, it is a range of military footwear made of high quality materials, conceived to be resistant and to withstand great strain. The use of highly breathable linings and shock absorbing ergonomic insoles enhances their comfort. the Cofra Attack has a PU midsole with Rubber outsole, the sole design, resulting from a biomechanical study, has been designed to adapt to foot movement during walking and to reduce stress. Its squared cleats guarantee both a transversal and longitudinal grip on different floors, pavements, ladders and slipping surfaces. The nitrile compound allows a higher grip and guarantees excellent resistance to hydrolysis.
 
Anatomic footbed made of soft and comfortable polyurethane; the pattern of the bottom layer guarantees shock absorbing action and good grip; the upper layer absorbs perspiration and leaves the foot always dry. Cold and heat insulation.
 
It is extremely difficult to explain just how good Cofra's products are in comparison to other safety footwear.
 
Cofra Attack Slip Resistance Results
 
DescriptionResultRequirement
SRA : ceramic + detergent solution – flat 0.53 ≥ 0.32
SRA : ceramic + detergent solution – heel (contact angle 7°) 0.50 ≥ 0.28
SRB : steel + glycerol – flat 0.25 ≥ 0.18
SRB : steel + glycerol – heel (contact angle 7°) 0.21 ≥ 0.13