Fire-fighting station equipment kit

The suit for protection against short-term exposure to flame consists of a jacket and trousers

A straight-cut jacket with a central zip fastening, an anti-encephalitis fold in the chest area, reflective tapes along the bottom of the jacket made of reflective fire-resistant material, with a hood and mosquito net.

Straight-cut trousers with a zip fastening, with anti-encephalitis cuffs at the bottom with reinforcing pads on the back halves of the trousers, with belt loops, with side pockets, with patch pockets in the front with flaps.

Technical characteristics of the upper material:

- Upper material: textile fabric made of 100% aramid fibers;

- Surface density, g/m2: from 150 to 250;

- Breaking load, N, not less than: warp – 1000; weft – 800;

- Tearing load, N, not less than: warp - 80; weft - 60;

- Water resistance, mm H2O: not less than 80;

- Shrinkage after wetting and drying, %, no more than: warp – 2.5; weft – 2.5;

- Oxygen index, % (vol.): not less than – 28.0;

- Shrinkage after heating, %, no more than: warp – 5.0; weft – 5.0;

- Resistance to ambient temperatures up to 300 °C, s, not less than – 300;

- Resistance to contact with hard surfaces heated to 400°C, s, not less than – 7;

- Resistance to open flame, s: not less than – 15.

Lightweight helmet model Tytan Hot

The helmet consists of a body, internal equipment, suspension and shock-absorbing system, chin strap, cape and protective glasses. The helmet has an adjustment for head size from 52 to 66. The helmet color is bright (yellow or orange), the helmet has reflective stripes.

Technical characteristics of the helmet:

Weight of helmet, g, no more than – 700;

Protection against vertical impact of a blunt object with energy, J, - 50±3;

Cushioning during vertical impact with a blunt object with an energy of 50±2 J, no more than kN – 5.0;

Protection against vertical impact with a sharp object with energy, J - 30±1.2.

Special firefighter gloves with five fingers

Five-fingered ergonomic gloves with a heat-insulating lining, waterproof. The gloves are pulled together with an elastic band in the wrist area. The palm part is made of a material that provides protection against punctures and cuts.

Technical characteristics of the upper material:

- Upper material – fire-resistant fabric;

- Weight of a pair of gloves, kg, no more than – 0.6;

- Surface density, g/m2, no more than - 400;

- Breaking load, N, not less than: warp – 1000; weft – 800;

- Tearing load, N, not less than: warp - 80; weft - 60;

- Water resistance, mm H2O: not less than 1000;

- Resistance to ambient temperatures up to 300 °C, s: not less than – 300;

- Resistance to open flame, s: not less than – 15;

- Resistance to heat flow, s, not less than: 5.0 kW/m² - 240; 40.0 kW/m² - 5;

- Abrasion resistance of the palm material, cycles, not less than 10,000;

- Puncture resistance of the palm material, N, not less than 80;

- Resistance to cutting of the palm material, N/mm, not less than – 20.

Special protective leather boots for firefighters article Dejan II

The boots are made of high-quality waterproof (hydrophobic) genuine leather with protection against water penetration - waterproof membrane. Boots on a nitrile heat-resistant sole, resistant to high temperatures, fireproof, with anti-slip protection and antistatic properties. Boots with an aluminum toe cap with rubberized edges to protect the toes. The boots have rubber protection of the toe of the boot from mechanical damage. The sole has an anti-puncture insole made of Kevlar and an insole that allows you to regulate the level of moisture. Lining made of membrane material throughout the boot, including the shaft. Back fold for comfortable walking. The ventilation system in the upper part of the boot provides good thermal insulation - protection from high and low temperatures with soft inserts for a better fit to the foot.

- Weight of a half pair, g, no more than – 1600;

- Height, mm, not less than – 225;

- Depth of the sole and heel reef, mm, not less than – 1.5;

- Resistance of the toe section to the effects of ambient temperature of 200 °C, s, not less than – 300;

- Resistance of the toe section to the impact of a heat flow of 5.0 kW/m2, s, not less than – 300;

- Resistance of the sole material package to puncture between the reefs, N, not less than – 1200;

- Internal, safe clearance in the toe part at an impact energy of (200±5) J, mm, not less than – 20;

- Flexibility of boots, H, no more than – 29;

- Waterproofness of boots, min., not less than – 60;

- Sole attachment strength, N/cm, not less than – 70;

- Strength of fastening of blank seams, N/cm, not less than – 200.