50mm Stainless Steel Rockwool Panel for Cleanrooms - Quality China Suppliers and Factory Solutions
⭐ Key Highlights
🏗️ 50mm Panel Thickness
🔩 Stainless Steel Faces
🔥 Rock Wool Core — 120K Density
🔗 Central Aluminum Connection
📐 Custom Modules Available
🧱 Panel Structure
⬜
Stainless Steel
Face Sheet
Face Sheet
🔶
Rock Wool Core
(Bulk Density 120K)
(Bulk Density 120K)
⬜
Stainless Steel
Face Sheet
Face Sheet
📋 Product Specifications
| Name | 50mm Stainless Steel Rockwool Panel |
| Model | BPA-CC-16 |
| Description |
● Stainless steel (outer face) ● Rock wool (insulation core) ● Stainless steel (inner face) |
| Panel Thickness | 50mm |
| Standard Modules | 980mm, 1180mm; non-standard available on request |
| Plate Material | PE polyester, PVDF (fluorocarbon), salinized plate, antistatic |
| Plate Thickness | 0.5mm, 0.6mm |
| Fiber Core Material | Rock wool (bulk density 120K) |
| Connection Method | Central aluminum connection, male and female socket connection |
❓ Frequently Asked Questions
Q
What is the standard thickness of this rockwool panel?
The standard panel thickness is 50mm, which provides effective thermal insulation and structural rigidity for cleanroom and industrial partition applications.
Q
What module widths are available for the BPA-CC-16 panel?
Standard module widths are 980mm and 1180mm. Non-standard sizes can also be manufactured upon request to meet specific project requirements.
Q
What surface materials are available for the face sheets?
The face sheets are available in PE polyester, PVDF (fluorocarbon) coating, salinized plate, and antistatic finishes, with thickness options of 0.5mm or 0.6mm to suit different environmental demands.
Q
Why is rock wool used as the core material?
Rock wool with a bulk density of 120K is selected for its outstanding fire resistance, excellent thermal insulation, and superior sound absorption properties, making it ideal for cleanrooms, laboratories, and industrial facilities.
Q
How are the panels connected during installation?
The panels use a central aluminum connection combined with a male and female socket connection system, ensuring a tight, secure, and airtight joint between panels for reliable long-term performance.
Q
Is the antistatic finish suitable for electronic manufacturing environments?
Yes. The antistatic plate option is specifically designed for environments where electrostatic discharge (ESD) control is critical, such as semiconductor fabrication, electronics assembly, and precision cleanroom facilities.



