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Designed for interventions in environments with the presence of some dangerous chemical products and high temperatures.
It has a first internal Aramid sheath, covered by a classic sheath, it can withstand prolonged exposures to more than 300ºC. Its resistance of 820 Kg can guarantee the safety of the user in case of melting of the polyamide. It is completely destroyed at 500ºC. Very interesting for firefighters.
Date of manufacture: 2011. End of useful life date: 2026.
Features:
CE EN 1891 type A
STRENGTH OF ARAMID YARN (environmental conditions)
ACIDS
BASES
OTHER CHEMICAL PRODUCTS
It has a first internal Aramid sheath, covered by a classic sheath, it can withstand prolonged exposures to more than 300ºC. Its resistance of 820 Kg can guarantee the safety of the user in case of melting of the polyamide. It is completely destroyed at 500ºC. Very interesting for firefighters.
Date of manufacture: 2011. End of useful life date: 2026.
Features:
- Breaking load: 2500 Kg.
- Resistance with knot of 8: 1900 Kg.
- Number of factor 1 falls (100 Kg.): 15.
- Shock force - Factor 0.3: 5.6 kN.
- Elongation 50/150 Kg.: 3.1%.
- Sheath slip: 0%.
- Weight per meter: 79 g.
- Sheath percentage: 42%.
- Mass of soul: 58%.
- Water shrinkage: 3.3%.
- Material: cover (Polyamide), core (Aramid/Polyamide).
- Resistance to certain chemical products.
- Maximum temperature for permanent use: 180ºC.
- Acceptable temperature of use for the aramid core: 300ºC.
- Amarida soul resistance: 820 Kg.
CE EN 1891 type A
STRENGTH OF ARAMID YARN (environmental conditions)
|
Exp. for 100h at 21ºC (unless otherwise indicated) |
Tenacity lost in % |
|
Formic 90% Hydrochloric 37% Hydrofluoric 10% Nitric 70% Sulfuric 70% |
10% 90% 12% 82% 100% |
|
Ammonia - 24h Potash - 24h Soda - 24h |
0% 25% 10% |
|
Brake fluid - 312h Grease (MoS and Lithium base) Kerosene (JP-4)- 300h Ozone - 1000h Tap water boiling water Superheated water (156°C - 80 h) |
2% 0% 0% 0% 0% 0% 16% |