Spacesuit

Aluminized garments provide protection for workers exposed to heat and are made from the finest aluminized aramid fabrics known for their heat reflective properties. Ideal for protecting against radiant heat and molten metal splashes.

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EN 1486:

This standard is related to protective clothing for firefighters.

These are the methods of testing and performance of clothing that are used against fires.

 

They are applied in Europe and it is necessary to perform the following series of tests:

  • Flame spread
  • Radiant heat
  • Convective heat
  • Contact heat
  • Heat resistance
  • Wet surface
  • Tensile strength
  • Resistance to torsion

NFPA 1971:

This standard is related to protective assemblies for fighting structural fires or proximity fires.

It is applied in North and South America.

 

To obtain it, it is necessary to carry out the following series of tests:

  • Flame resistance test
  • Radiant heat protection performance test
  • Resistance to thermal deformation
  • Water absorption resistance test
  • Torsion resistance test
  • Low temperature bending
  • Resistance to liquid penetration
  • Adhesion after wet flex test
  • Wet bending
  • Thermal protection performance
  • Water penetration resistance test
  • Resistance to high blocking temperature

 

EN 11612:

Fire protection or flame retardant: see standard EN 11612

This standard, which replaced the EN 531 standard, specifies the performance requirements for materials and protective clothing against heat and flames (except clothing for firefighters and welders). These requirements are applicable to articles of clothing which can be worn in a wide range of uses, where there is a need for clothing with limited flame spread properties and where the wearer may be exposed to heat emitted by radiation, by convection, by contact or by projections of molten metal. In fact, the international standard EN ISO 11612 applies to clothing (PPE category 2 or 3) made with flexible materials, designed to protect the human body except the hands, against heat and / or flame.

Compared to the old standard EN 531, it is that, from now on, the lining must be flame retardant, like the outer fabric of code A (see in the following paragraph), without igniting, without melting and without hole. Likewise, flame retardancy is also tested after a maximum number of washes (50), and requirements regarding seam strength and flame retardancy have also emerged.

New standard EN 11612: instructions for use

The goal of standard 11612 is simple: reduce the risk of clothing burning and causing additional injury to the wearer. The performance of clothing complying with this regulation is indicated by 6 indices (from A to F), which respectively test the propagation of the flame, resistance to convective and radiant heat, resistance to molten aluminum projections, to projections molten cast iron and resistance to contact heat. It is for this reason that you may sometimes see the designations mentioned as such: 11612A, 11612B, 11612C, 11612D, 11612E, 11612 F.

In addition, the model must always comply with the flame propagation code A1 or A2 and at least one of the codifications from B to F. The garment label finally indicating the classification obtained. Also note that the material must be covered on one side and that there should be sufficient overlap between the jacket and the pants.

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