appear. While they might look similar

across suppliers, their configurations and

material compositions vary significantly.

Understanding these differences requires

specialised knowledge.

In the cold chain, insulated panels

are critical for maintaining temperature

separation, reducing the energy demands

on refrigeration systems. Imagine trying to

cool a steel shed exposed to the midday

growing environments, display fridges and transportation. Essentially, they ' re vital wherever controlled conditions are needed to prevent product decay and ensure hygiene.

South Africa has seen a boom in cold storage and distribution centres, attracting international investment and higher standards. This growth benefits local manufacturers who have embraced technology and global standards, pushing boundaries with facilities featuring walls up to 38m high in some cases. The

facings or‘ foam-in-place’ injection, where the core material expands to fill a cavity.

However, the devil is in the detail. Both core and skin materials come in various forms, directly impacting the final product ' s quality. Panel thicknesses range from 25mm to 300mm, but density is also crucial for thermal properties. Skins, from 0.25mm to several millimetres’ thick, can be composites of different metals. Lower quality can lead to premature corrosion or compromised structural integrity. Beyond protecting the insulation, skins offer weather protection

INSTALLATION AND JOINING TECHNIQUES

Wall panels can be freestanding or

interlocked using various joining techniques

or installed with full frame support.

They can also serve as wall cladding

on existing concrete structures. Ceiling

panels typically rely on wall panels for

support, supplemented by hangers or

steel cables. Both wall and ceiling panels

come in different span lengths, with local

production limited primarily only by transport

sun— panels make this far more efficient by

managing heat load.

While commonly associated with

produce storage, their applications extend

across the cold chain: cold and freezer

rooms, food production and preparation

facilities, abattoirs, medical rooms,

e-commerce surge has also boosted the transportation sector, driving demand for these panels in home delivery services.

At its core, an insulated panel is simple: a core material‘ sandwiched’ between two metal‘ skins’. In South Africa, production typically involves bonding pre-cut blocks to

( especially from the harsh South African sun), hygienic surfaces and fire resistance, thanks to various coatings.

Fire risk ratings and optimal panel thickness / core choice based on application and geography are extensively covered in industry resources and online studies.

At its core, an insulated panel is simple: a core material‘ sandwiched’ between two metal‘ skins’.