Use case :: Supermarket and grocery :: Food processing and agriculture

Coldroom wall panel sizing and selection guide

How facilities specify the right panel for a coldroom, whether it sits behind a grocery floor or inside a processing plant.

The problem

Panel sizing decisions get treated as a single number, R-value, when the real spec depends on four things at once: thickness, foam core type, surface finish, and fire rating. Get any one wrong and the room either underperforms thermally or fails a compliance check months after it’s built.

This decision looks the same whether the room is a grocery backroom cooler or a food processing coldroom. The physics doesn’t change based on industry, only the surface finish and compliance requirements do.

At a glance

Who owns this decision:
Facilities teams, plant operations, and the contractor building the room

Typical trigger:
New construction, panel damage, or a compliance review

What usually triggers this evaluation

This decision tends to surface in one of four ways.

New coldroom construction

A new build or expansion requires panel specs from scratch.

Existing panels are damaged

Corrosion, impact damage, or seam failure forces replacement.

An energy audit flags the room

Thermal performance is below where it should be for the temperature target.

A hygiene compliance review

Surface finish or seam design no longer meets a food safety requirement.

Who typically owns this decision

Facilities or plant operations identifies the need and sets the performance requirements, temperature target, foam type, fire rating. The contractor or construction team building the room translates that into the actual panel order. In food processing settings, quality or compliance staff confirm surface finish and seam design meet hygiene requirements before the order is finalized.

Where this doesn’t apply

This guide covers panel selection specifically. It isn’t the right starting point if:

  • You’re planning a full new walk-in build and haven’t yet decided on refrigeration or doors, see the full construction guide instead
  • The room’s refrigeration system is already undersized regardless of panel choice, that’s a coil sizing problem, not a panel problem
  • You need a small reach-in cooler rather than a built coldroom, panel sizing doesn’t apply to prefabricated units

How success is measured

Facilities teams that get this right typically track three things.

Held temperature

The room reliably maintains its target temperature under normal load

Passed compliance review

Surface finish and fire rating clear inspection without flags

Energy cost in line

Power draw matches the projection for the panel’s R-value

How KCL solves this

KCL specs and sources coldroom panels through KPS Global, matched to your room’s temperature target, foam type, and surface requirements before the order goes in, not after. Refrigeration sizing gets coordinated against the same spec so the panel and the system match.

See KPS Global panel systems