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Workplace Safety

Cold Storage PPE: A Different Set of Rules

Sub-zero environments break the usual assumptions. Insulation, dexterity loss, condensation and shift rotation for cold-chain and freezer work.

Cold storage warehouse worker in insulated protective clothing

Cold changes the hazard profile

Standard PPE selection logic assumes an ambient environment. At minus twenty-five degrees, materials stiffen, dexterity collapses, and the dominant risk shifts from impact to cold stress and the errors that come with it.

Layer, do not bulk

A single thick garment traps moisture and cannot be adjusted when a worker moves between the freezer and the loading bay. Three thinner layers — wicking base, insulating mid, protective shell — outperform one heavy coat and allow adjustment at the transition.

Feet and hands fail first

  • Insulated footwear rated for the actual temperature, not merely "winter"
  • Outsole compounds that stay flexible when cold — many harden and lose grip
  • Gloves balancing insulation against the dexterity to operate a scanner
  • Spare dry gloves available at point of use; wet insulation is no insulation

Condensation is a slip hazard

Moving between cold and warm zones condenses moisture on floors and on eyewear. Anti-fog lenses stop being a comfort item and become a control, and floor transitions need dedicated slip management.

Manage the doorway. Most cold-store slips happen within a few metres of a temperature transition.

Rotate before people get cold

Exposure limits and warming breaks belong in the shift plan, not in a worker's judgement. Cold degrades decision-making before it produces any obvious symptom.

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