PT000-900

Height	24 cm
Weight	1.8 kg
Material	Leather
Outsole	PU / PU
Type	(C) High
Lining	Leather
EN 20347	The standard provides for professional footwear with the designation 'O'. The basic parameter of work shoes is that it does not have a steel toe.
O2	Antistatic properties, resistance of the sole to fuels, absorption of energy of the heel part + penetration and absorption of water
CI	Cold resistance
FO	Resistance of footwear to fuels and oils
SRC	Non-slip sole on the floor with ceramic tiles with SLS and on steel floor with glycerol (SRC same as SRA + SRB)
WRU	Resistance to water penetration and water absorption

Modern tactical footwear created in cooperation with border guards - designed for long-term operation in particularly challenging terrain conditions of the border: mountains, wetlands and forests.
Shoes made of high-quality waterproof natural leather with additional toe protection and durable soles.

High upper made of natural cowhide, topped with a soft collar filled with foam, ensures waterproofness with proper venting of the shoe and heat dissipation to the outside
Closed tongue prevents water, sand or small stones from penetrating inside the shoe

Padding made with the addition of activated carbon, antibacterial with high sweat absorption, aerated, supports the natural shape of the user's foot, ensures high comfort of use;

The outsole is made of two-layer polyurethane (PU / PU), in which the upper layer provides sufficient softness and elasticity, while the bottom layer is resistant to abrasion, tearing and other mechanical damage;
The outsole has anti-slip properties, ensuring stability and safe movement in any terrain;
a suitably deep tread facilitates edge or ladder overcoming, and the shock absorber used in the heel ensures shock absorption and increases comfort when using shoes;

Quick shoe making system - shoe hook system facilitates shoe making while preventing unintentional unzipping of the shoe making; additionally a blocking hook.
Synthetic laces with hydrophobic properties, resistant to friction.