60–200 mmCam-lockWall
Cam-lock wall panel (cold room)
- PUF core
- Cam-lock
Transport extraFlashing as per requirement
All panels9 panel types
By application7 uses
CalculatorArea, count, BOQ
Thickness guideU-values
Unit converterft ↔ m, sq ft ↔ m²
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Dispatch cities20 cities
GuidesPrice, thickness, PIRTransport extraFlashing as per your requirement

The ceiling of a cam-lock cold room. Made in the same batch presses as the walls, with cam-lock hooks in the edges, it spans the room and locks to the wall panels; wide rooms hang it from the roof steel on suspension rods.
Transport extra, quoted separately for your pincodeFlashing as per your requirement
The ceiling of a cam-lock cold room. Made in the same batch presses as the walls, with cam-lock hooks in the edges, it spans the room and locks to the wall panels; wide rooms hang it from the roof steel on suspension rods.



The same hex-key cam locks join ceiling to ceiling and ceiling to wall, so the box closes airtight.
Small rooms are self-supporting; wider rooms hang the ceiling on rods and T-profiles from the structure above.
Order walls and ceiling in one lot so the thickness, colour and foam match.
Photos are representative stock images (see credits), not our projects.
Typical ranges; they vary by brand. Exact values for your order are stated in the quote and on the maker’s datasheet.
We do not auto-count flashing. Tell us the profile, girth, length and colour of each trim and it is made to match your panels.
Metres = Feet × 0.3048
12 ft × 0.3048 = 3.658 m
1 ft = 0.3048 m (exact)
Calculated for the core with k ≈ 0.022 W/mK. Lower U means less heat gets through. U = 1 / (0.13 + d/k + 0.04).
The core only. Joints, fixings and doors add heat gain in a real room. Which thickness for which temperature?
Bar length = heat let through, relative to 60 mm. Figures in W/m²K.
Typical values; the quote and the maker’s datasheet state the figures for your order.
Commonly 60, 80, 100, 120, 150, 200 mm (typical; varies by brand). Cam-lock panels are made in batch presses, which suits thick cores.
About 0.178 W/m²K, calculated for the core with k ≈ 0.022 W/m·K: U = 1 / (0.13 + d/k + 0.04). Joints, fixings and doors add heat gain in a real building.
Core density 38–42 kg/m³ (typical; varies by brand). Skins: Coated steel 0.4–0.6 mm both faces (typical). Cover width 1000–1200 mm cover width.
Standard PUF is combustible. Ask for FR-grade foam or PIR, and the test certificate.
The panel rate depends on thickness, skin gauge and coating, core, brand and quantity, so we quote today’s rate per brand for your specification. Transport is extra and quoted separately for your pincode; flashing is made as per your requirement.
Cold-room and freezer ceilings; Ripening-chamber ceilings; Pharma cold-store ceilings; Roof of a free-standing cold room under a shed.
60–200 mmCam-lockWall
Transport extraFlashing as per requirement
60–150 mm
30–100 mmContinuousRoof
Transport extraFlashing as per requirement
EnquiryRates move with steel and chemical prices, so we quote fresh every time, with every available brand on one sheet. Transport is extra and quoted separately.