Clean Room Systems / Product
Product Detail
PU mechanized cleanroom sandwich panel for clean spaces that require better thermal insulation, smooth coated surfaces and efficient modular installation.
| Product family | Mechanized cleanroom sandwich panel |
| Production method | Continuous machine production with polyurethane insulation core |
| Core material | Rigid polyurethane PU insulation core |
| Typical thickness | 50, 75, 100, 150 or 200 mm |
| Effective width | 950, 980, 1150 or 1180 mm |
| Metal skin | 0.4-0.8 mm pre-painted steel, stainless steel or functional coated sheet |
| Surface options | PE, HDP, PVDF, antistatic, antibacterial or conductive coating by project |
| Application rooms | Temperature-controlled clean rooms, cold processing rooms, food rooms and insulated clean corridors |
| Core density | Commonly 38-45 kg/m3, adjusted by insulation requirement |
| Joint form | Machine-formed edge profile with cleanroom sealant line |
| Main advantage | Better thermal insulation than mineral and EPS panel options |
| Temperature note | Suitable thickness depends on room temperature and condensation review |
| Order information | Room temperature, panel thickness, coating, length list, door/window schedule and packing requirement |
PU mechanized cleanroom sandwich panel is used where temperature control and clean surface finish need to work together. The rigid polyurethane core offers strong thermal insulation, making the product useful for clean cold processing rooms, chilled corridors and controlled food or pharmaceutical support areas.
Because insulation performance is tied to room temperature and condensation risk, the quotation should include operating temperature, ambient condition, door use and ceiling interface. HIH Steel can then recommend thickness, joint sealing and accessory details.
PU core provides a low thermal conductivity option for cleanroom enclosures that must also control heat transfer. This is valuable when the clean space connects with cold rooms, chilled storage or temperature-sensitive production.
Panel thickness should be selected from temperature difference, humidity and support span rather than chosen only from a standard catalogue size.
Door frames, floor tracks, ceiling junctions and penetrations must be sealed carefully to reduce thermal bridging and moisture entry. The panel surface coating should also match the cleaning chemicals used in the room.
For export projects, panel edges are protected and bundles are labelled so long insulated panels can be handled without damaging the joint profile.
PU cleanroom panels are suitable for chilled food clean areas, pharmaceutical support rooms, insulated clean corridors and processing areas where thermal insulation is a primary requirement.
Choose PU when thermal insulation is important, such as chilled processing rooms, temperature-controlled clean areas or insulated clean corridors.
No. PU and PIR are related rigid insulation families but have different fire and thermal characteristics. The project should confirm which core is required.
Yes. PU panels can be coordinated with insulated doors, but the door frame, threshold and sealing detail must be reviewed.
Condensation control depends on thickness, joint sealing, thermal bridge design, room humidity and operating temperature. These details should be reviewed before production.
Yes. Stainless steel can be used where cleaning intensity, corrosion resistance or food hygiene requirements justify it.
