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This composite cleanroom panel integrates rock wool core material with 5mm magnesium oxide (MGO) board reinforcement. The panel core consists of rock wool with a density range of 80-120kg/m³, combined with MGO board to enhance structural integrity and fire performance. The manufacturing process includes heating, pressing, and curing stages to ensure consistent material bonding.
Panels utilize color-coated steel or stainless steel as facing materials, with galvanized steel strip framing and galvanized corner sealing. Connections employ ABS plastic corners for secure assembly. Multiple surface finish options are available, including PE polyester, PVDF fluorocarbon coating, salt-resistant coating, anti-static coating, and stainless steel finishes to accommodate different cleanroom requirements.
Parameter | Specification |
Wall thickness | 50mm, 75mm, 100mm |
Standard modulus | 980mm, 1180mm, 1200mm, non-standard customizable |
Diagonal error | ≤3mm |
Maximum length | ≤12500mm |
Panel material | PE polyester, PVDF (fluorocarbon), salt coated board, anti-static, stainless steel |
Panel thickness | 0.426mm, 0.45mm, 0.476mm, 0.5mm, 0.6mm, 0.8mm |
Core material | Rock wool (density 80-120kg/m³) + 5mm glass magnesium board |
Galvanized frame | 0.7mm, ≥1.0mm customization available |
Corner piece | 1.0mm galvanized corner, ABS plastic corner |
Resist film | 0.9KN/m² |
Adhesive strength | 0.15MPa |
Peel performance | ≥85%-≤98% |
Heat transfer coefficient | 0.73W/m²×K |
Fire resistance duration | 2.0h |
Connection method | Mid-mounted aluminum connection, male and female socket connection |
The panel achieves 2 hours of fire resistance through the MGO and rock wool composite structure, meeting electronic factory safety requirements. With a heat transfer coefficient of 0.73W/m²×K, the system provides consistent thermal insulation for temperature-controlled manufacturing environments. This combination supports stable operating conditions within cleanroom facilities.
With 0.15MPa adhesion strength between core materials and facing layers, the panel maintains structural integrity during long-term installation and use. Peel performance ranges from 85% to 98%, ensuring material cohesion under operational conditions. The galvanized framing system provides additional rigidity for wall and ceiling installations.
These panels are primarily designed for electronic factory cleanrooms where controlled environments are essential. The anti-static surface options support electrostatic discharge (ESD) sensitive manufacturing processes, while the smooth panel surfaces facilitate regular cleaning and contamination control required for semiconductor and electronics production.
The panel system also functions in biopharmaceutical cleanrooms, new energy manufacturing facilities, food production environments, pharmaceutical operating rooms, and research laboratories. Each application benefits from the fire resistance, thermal stability, and cleanable surface properties of the composite construction.
The panel is produced in three standard thicknesses: 50mm, 75mm, and 100mm. Thickness selection depends on specific thermal insulation, fire resistance, and structural requirements for each project.
Two standard connection systems are available: mid-mounted aluminum connection and male-female socket connection. Both methods provide secure panel alignment and structural continuity during installation.
Yes, while standard modulus dimensions include 980mm, 1180mm, and 1200mm, non-standard custom dimensions can be manufactured according to project specifications. Maximum panel length is limited to 12500mm for transportation and installation practicality.
