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Furnacemens Apparel

Radiant heat, conductive heat and metal splash are just some of the hazards faced by workers in furnace and smelting operations.

Elliott Australia has a wide range of safety gear to protect you from the hazards of your workplace.

Elliott Australia’s range of furnaceman’s apparel including hoods, smocks, aluminised coats and trousers and accessories has been designed to protect the wearer against brief contact with flame and against at least one type of heat.

The heat may be in the form of convective heat, radiant heat, large molten metal splashes or a combination of these heat hazards.

Know the difference between ambient, convective and radiant heat
The following definitions are given as reference in selecting appropriate clothing for heat protection in your environment.

Ambient Heat:

  • the surrounding atmospheric temperature in a given situation.
  • examples: 18°C-21°C (65°F-70°F) in an office or 1093°C (2000°F)in a fire walk.

Convective heat:

  • generated by direct contact with a hot surface.
  • examples: picking up a burner block at 315°C (600°F) or leaning against a furnace wall at 538°C (1000°F).

Radiant Heat:

  • generated by the sun or a source of fire, such as a fireplace or furnace and can be absorbed by material struck by the heat's rays. Radiant heat is the explanation as to why it is cooler in the shade on a hot, sunny day.

Performance Test Results

Fabric Contact Heat
EN702
Test Details
Convective Heat
EN367
Test Details
Radiant Heat
EN366
Test Details
Small Splashes of molten metal
EN348
Test Details
Large splashes of molten metal
EN373
Test Details
Abrasion Resistance
EN388
Test Details
Tear Resistance
EN388
Test Details
Aluminised Rayon 1 2 4 4 4 1 2
Aluminised Kevlar 1 2 4 4 3 1 4

Throughout 2002, Elliott Australia will also be undertaking further testing on:

  • Aluminised Preox
  • Aluminised Kevlar/ Wool Lined
  • Aluminised Preox/ Wool LinedAluminised Kevlar/ T-Gard III
  • Aluminised Nomex/ Aerotex/ T-Gard III

Test results will be released on this site when finalised.