50mm Silicon Rock Cleanroom Panel
Product Specification
| Name | 50mm Silicon Rock Panel |
| Model | BPA-CC-15 |
|
Description |
● color coated steel plate |
| ● silicon rock | |
| ● color coated steel plate | |
| Panel thickness | 50mm |
| Standard modules | 980mm, 1180mm; non-standard can be customized |
| Plate material | PE polyester, PVDF (fluorocarbon), salinized plate, antistatic |
| Plate thickness | 0.5mm, 0.6mm |
| Fiber Core Material | Silicon Rock |
| Connection method | Central aluminum connection, male and female socket connection |
Product Detail
Our Handmade Silicon Rock Panels blend the durability and strength of pre-painted steel with the unique characteristics of silicon rock, resulting in a versatile, high-quality core material.
These handmade Silicon Rock Panels consist of three layers. The surface layer is crafted from premium color-coated steel, which offers exceptional corrosion and wear resistance—ensuring long-term durability even in varied environmental conditions.
To boost structural stability, galvanized steel strips are used for edge banding and as stiffeners. This design securely encases the silicon rock core, preventing deformation or breakage over time.
The core layer is the defining feature of these panels. It combines silicon rock with inorganic materials like silica and magnesium sulfide, as well as organic components. This unique material blend grants the panels outstanding thermal insulation properties, making them ideal for insulating building facades.
Additionally, Silicon Rock Panels are widely utilized in laboratories. Their heat resistance and chemical stability make them perfect for creating controlled environments, whether for experiments or sample analysis.
Each panel is manufactured through a specialized process involving pressurization and heating, ensuring consistent high quality. Meticulous craftsmanship guarantees that the products meet strict industry standards, delivering reliable, efficient solutions for diverse applications.
Our handcrafted Silicon Rock Panels offer an optimal mix of strength, durability, and unique thermal performance. Whether for building exterior insulation or laboratory use, they stand as a superior choice, enhancing project performance with consistent reliability.



