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 Heat Protection Heat Protection

Heat Protection

Working Where Heat Is Part of the Process

Advanced testing laboratory ensuring PPE safety standards

Across steel plants, foundries, glass manufacturing facilities, metal processing units, welding operations, cement plants, and power generation environments, workers routinely perform tasks in the presence of intense heat sources.

Whether handling molten metal, operating near furnaces, performing hot work, or working around high-temperature equipment, exposure to thermal hazards is often an unavoidable part of the job.

Effective protection begins with understanding the nature of thermal hazards and implementing solutions designed around the specific risks present within the workplace.

Thermal Hazards

Radiant Heat Exposure

Radiant Heat Exposure

Molten Metal Splash

Molten Metal Splash

Contact Heat

Contact Heat

Sparks & Hot Particles

Sparks & Hot Particles

Open Flame Exposure

Open Flame Exposure

Heat Stress & Thermal Fatigue

Heat Stress & Thermal Fatigue

Understanding Work at Height

The Impact of Heat Exposure

According to OSHA, millions of workers are exposed to occupational heat hazards each year. Workers continue to experience heat stress, exhaustion, and thermal injuries across industrial environments.
Critical Risk
  • Burn injuries
  • Heat exhaustion and heat stroke
  • Worker fatigue
  • Reduced dexterity and mobility
  • Reduced concentration and situational awareness
  • Lost-time incidents
  • Reduced productivity

Protection Designed Around the Hazard

Udyogi's heat protection portfolio is designed to address specific workplace thermal hazards encountered across high-temperature industrial environments.

Standards & Performance Classification

Standard Logo

Protective Clothing Against Heat and Flame Heat protection garments should be selected based on the nature of the thermal hazard and the level of protection required for the task.

CODE
INSPECTION CHARACTERISTIC
STANDARD
LEVELS
A
Limited Flame Spread
ISO 15025
1 (Lowest 1, Highest 3)
B
Protection Against Convective Heat
ISO 9151
1 (Lowest 1, Highest 3)
C
Protection Against Radiant Heat
ISO 6942
4 (Lowest 1, Highest 4)
D
Protection Against Molten Aluminium / Zinc Splash
ISO 9185
3 (Lowest 1, Highest 3)
E
Protection Against Molten Iron / Steel Splash
ISO 9185
3 (Lowest 1, Highest 3)
F
Protection Against Contact Heat
ISO 12127
1 (Lowest 1, Highest 3)

These classifications help safety professionals evaluate garment performance against specific thermal risks commonly encountered in industrial workplaces.