Clean Room Systems / Product
Product Detail
Lightweight EPS mechanized cleanroom panel for economical wall and ceiling projects where flat appearance, fast installation and controlled joints are important.
| Product family | Mechanized cleanroom sandwich panel |
| Production method | Continuous machine production with tongue-and-groove joint |
| Core material | Expanded polystyrene EPS foam 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 | General clean corridors, food rooms, electronics support rooms and controlled packaging areas |
| Core density | Commonly 12-18 kg/m3, adjusted by project requirement |
| Joint form | Factory-formed male and female edge with sealant line |
| Main advantage | Light weight, low cost and fast site handling |
| Fire note | Use only where the project fire strategy permits EPS panel assemblies |
| Order information | Room layout, panel thickness, length list, coating, opening schedule and packing requirement |
EPS mechanized cleanroom sandwich panel is a practical choice for controlled spaces that need a clean wall finish without the weight or cost of mineral-core panels. The continuous production line forms the steel skins and joint profile in one process, so long wall runs can be installed quickly with consistent seams.
This panel is best used after the room risk level is reviewed. It works well in dry support areas, food auxiliary rooms, electronics packing zones and light-duty clean corridors. For high fire-resistance rooms, HIH Steel will normally recommend a rock wool, MGO or composite-core alternative instead of forcing one panel to fit every condition.
EPS core keeps the panel light, which helps installers move long modules through finished buildings and reduces load on secondary supports. The panel can be cut and coordinated with trim, doors and observation windows when the room layout is regular and the fire requirement is moderate.
For export projects, EPS panels can reduce freight weight while still giving the buyer a washable coated-steel surface. The specification should confirm coating type, room temperature, cleaning method and local approval before production.
The edge profile should be protected during handling because a cleanroom wall depends on straight joints and reliable sealant contact. Bundles are labelled by room or elevation, making it easier to install panels in sequence and avoid unnecessary site cutting.
During installation, floor track levelling and joint engagement matter more than adding extra sealant later. The panels should be aligned before final fixing so the finished wall stays flat under corridor lighting.
Choose EPS when the project needs an economical cleanroom enclosure and does not require a non-combustible mineral core. If the room contains heat sources, strict fire partitions or heavy service penetrations, ask HIH Steel to compare EPS with rock wool or MGO composite panels in the quotation.
No. EPS is economical and light, but it should be used only where the fire strategy and local code allow it. Higher-risk rooms should be reviewed for rock wool or composite-core panels.
Yes, they can be used on suitable ceiling layouts, but span, suspension spacing and maintenance loads must be checked before confirming the panel thickness.
Provide room drawings, panel thickness, effective width preference, surface coating, length list, opening schedule, destination country and packing requirements.
Yes. Antibacterial coated steel can be specified when the cleaning method and coating durability requirements are provided.
Panels are normally stacked with protected edges, moisture-resistant wrapping and bundle labels that match the room or installation sequence.
