50mm Stainless Steel Rockwool Panel from China Suppliers - High-Performance Cleanroom Factory Solutions
🔩
Stainless Steel Skin
🔥
Rock Wool Core
📐
50mm Panel Thickness
🔗
Male & Female Connection
| Name | 50mm Stainless Steel Rockwool Panel |
| Model | BPA-CC-16 |
| Description |
|
| 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
What is the panel thickness of the BPA-CC-16 Stainless Steel Rockwool Panel?
The BPA-CC-16 panel has a total thickness of 50mm, with stainless steel layers on both the inner and outer surfaces and a rock wool insulation core in between.
What are the standard module widths available for this panel?
The standard module widths are 980mm and 1180mm. Non-standard dimensions are available upon request to accommodate custom project requirements.
What plate materials can be used for the 50mm Stainless Steel Rockwool Panel?
The plate material options include PE Polyester, PVDF (Fluorocarbon), Salinized Plate, and Antistatic coatings. These options provide flexibility for different environmental and application requirements.
What is the bulk density of the rock wool core used in this panel?
The rock wool core used in the BPA-CC-16 panel has a bulk density of 120K (kg/m³), ensuring reliable thermal insulation and fire-resistant performance.
How are the panels connected during installation?
The panels use a central aluminum connection combined with a male and female socket connection system. This design ensures a secure, airtight joint and simplifies the installation process.
What plate thickness options are available for the BPA-CC-16 panel?
The steel plate thickness is available in two options: 0.5mm and 0.6mm. The 0.6mm option provides additional structural strength and is recommended for demanding environments.



