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Wonder Cool Insulation

Applications

Insulation Solutions by Application

Different buildings and systems create different insulation challenges. Start with the application, then evaluate the material and system requirements.

Interior of a pre-engineered steel building showing the open roof structure and purlins.

What Are You Insulating?

Four common application contexts, and the insulation categories typically evaluated for each.

01

Industrial & PEB Roofing

Metal roof sheeting conducts and radiates heat quickly. Under-deck insulation is used to cut roof heat gain and manage condensation forming on the underside of the sheet.

Materials commonly considered

  • Air Bubble
  • XLPE Foam
  • Glass Wool
  • Rock Wool
02

Warehouses

Large uninsulated roof and wall areas let heat build up under the deck, affecting stored goods and working conditions — roof heat gain and general thermal comfort are the main considerations.

Materials commonly considered

  • Air Bubble
  • XLPE Foam
  • Glass Wool
  • Rock Wool
03

HVAC & Ductwork

Ducts and chilled pipework lose or gain heat through their walls, and any surface that drops below the surrounding air's dew point will sweat — thermal loss and condensation control both matter here.

Materials commonly considered

  • XLPE Foam
  • Glass Wool
  • Rock Wool
  • Air Bubble
04

Poultry & Livestock Structures

Poultry and cattle sheds are typically light metal-roofed structures with direct sun exposure — reducing radiant heat gain is central to keeping the structure liveable for the animals inside.

Materials commonly considered

  • Air Bubble
  • XLPE Foam
  • Glass Wool
  • Rock Wool

Industrial / PEB Roofing

Metal roof sheeting conducts and radiates heat quickly, driving up indoor temperature, and can develop condensation on the underside of the sheet depending on the assembly. Available roof build-up is often limited by purlin spacing and construction detailing.

Insulation categories commonly considered

Air Bubble Insulation
Commonly considered where radiant heat through the metal roof sheet is a significant part of the problem.
XLPE Foam Insulation
May be considered where a closed-cell insulation layer and a controlled, thin build-up are relevant to the roof assembly.
Glass Wool Insulation
Commonly evaluated for PEB roofing where thermal and acoustic performance are both part of the brief.
Rock Wool Insulation
May be evaluated where the roof assembly also carries a project-specific fire-performance requirement.
Interior of a pre-engineered building with roof sheeting overhead and pipe materials on site.
Empty industrial warehouse interior showing the metal roof deck and wall panels.

Warehouses

Large, often uninsulated roof and wall areas make heat gain and general thermal comfort harder to manage, and any acoustic or fire requirement has to be met across a correspondingly large area.

Insulation categories commonly considered

Air Bubble Insulation
May be considered across large roof spans, where a lightweight layer that adds minimal structural load is useful.
XLPE Foam Insulation
More often relevant to smaller duct or pipe runs within a warehouse than to the main roof area.
Glass Wool Insulation
Commonly evaluated for warehouse roof and wall insulation, covering large areas in a lightweight roll or blanket form.
Rock Wool Insulation
May be evaluated where the building also has an acoustic or fire-performance requirement to meet.

HVAC & Ductwork

Ducts and chilled-water or refrigerant pipework lose or gain heat through their walls, and any surface that drops below the surrounding air's dew point carries a condensation risk. Continuity at joints, fittings and penetrations matters as much as the insulation material itself, and duct-borne noise is sometimes part of the brief.

Insulation categories commonly considered

XLPE Foam Insulation
Commonly considered for ducts and chilled-water or refrigerant pipework, where a closed-cell layer is relevant to condensation control.
Glass Wool Insulation
Commonly evaluated for duct insulation where thermal and acoustic performance both matter.
Rock Wool Insulation
May be evaluated for mechanical services where a fire-performance requirement is part of the specification.
Air Bubble Insulation
May be considered for duct wrap, particularly on externally exposed ductwork, where reflective radiant control is also relevant.
Insulated HVAC ductwork wrapped in a foil jacket in a commercial mechanical space.
Interior view of an open-sided livestock shed showing the lightweight roof structure.

Poultry / Livestock Structures

Poultry and livestock structures are typically light, metal-roofed buildings with direct sun exposure, and indoor conditions interact closely with ventilation. Moisture and condensation risk depends on the building's overall ventilation and construction.

Insulation categories commonly considered

Air Bubble Insulation
Most commonly considered for these structures — a lightweight reflective layer suited to light-roof construction without heavy structural support.
XLPE Foam Insulation
Occasionally considered where a specific duct, pipe, or building detail calls for a closed-cell layer.
Glass Wool Insulation
Occasionally considered as part of a wider roof build-up, depending on the structure.
Rock Wool Insulation
Less commonly selected for this application, though it may be evaluated for a specific project requirement.

Application × Material Orientation

A general starting point, not a specification recommendation — final selection depends on project requirements.

ApplicationAir BubbleXLPE FoamGlass WoolRock Wool
Industrial & PEB RoofingCommonly consideredCommonly consideredCommonly consideredProject dependent
WarehousesProject dependentProject dependentCommonly consideredProject dependent
HVAC & DuctworkCommonly consideredCommonly consideredCommonly consideredProject dependent
Poultry & Livestock StructuresCommonly consideredLess commonly selectedLess commonly selectedLess commonly selected

This is general category guidance only. Final material selection depends on the complete assembly, operating conditions and project specification.

What Affects the Final Selection?

In practice, choosing between these categories usually comes down to a handful of factors:

Application
Roofing, ductwork, pipework, or a structural void each favour different forms.
Heat-transfer requirement
Radiant, conductive, or convective heat is dominant in different situations.
Temperature conditions
Ambient extremes and any process/equipment temperature the insulation will see.
Moisture & condensation
Whether the surface risks sweating, and whether a vapour barrier is needed.
Acoustic requirement
Some applications also need sound absorption alongside thermal performance.
Fire-performance requirement
Project or code-driven combustibility and fire-rating expectations.
Installation method
Roll-out, wrap, board-fix, or spray — driven by the substrate and access.
Available space
Cavity depth or clearance can rule some material thicknesses out early.

Next step

Tell Us What You Need to Insulate

Share a few project details and we'll help you work out the right material and configuration:

  • Application (roofing, warehouse, HVAC, agricultural structure, etc.)
  • Approximate area to be insulated
  • Building or system type
  • Project location
  • Known specification, if available
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