Handmade Hollow Glass Magnesium Color Steel Sandwich Panel
Lightweight & strong
Excellent fire resistance
Sound & thermal insulation
Easy installation
Aesthetic flexibility
Eco-friendly
1. Product Details:
Handmade Hollow Glass Magnesium Color Steel Sandwich Panel is composed of a high-performance glass magnesium core combined with color-coated steel sheets. It offers excellent fire resistance, insulation, soundproofing, and eco-friendly properties. This panel is widely used in cleanrooms, hospitals, labs, food processing plants, and modern offices—especially in areas with high environmental requirements. Its lightweight yet durable design makes it suitable for ceilings, walls, and partition structures.
2. Technical Specifications:
| Item | Specification |
| Core Material | Hollow glass magnesium core (glass fiber reinforced magnesium, hollow or honeycomb structure) |
| Surface Material | Color-coated steel plate (typically 0.4–0.6mm thick) |
| Panel Thickness Range | 40mm–200mm (customizable) |
| Fire Resistance time | 1-3 hours |
| Thermal Insulation | Low thermal conductivity, excellent insulation performance |
| Sound Insulation | Good sound insulation, suitable for noise-sensitive environments |
| Size Specification | Standard width 1000mm, customizable length |
| Surface Finish | Flat |
3. Application Scenarios:
Cleanrooms & Laboratories: Suitable for areas requiring strict environmental control, such as electronics manufacturing, pharmaceutical factories, and chemical labs;
Hospitals & Medical Facilities: Ideal for hospital wards, operating rooms, diagnostic areas, and other places with high fire, insulation, and soundproofing requirements;
Offices & Commercial Buildings: Used for office walls and ceilings, providing high-quality soundproofing and thermal insulation;
Food Processing Plants & Warehouses: Suitable for food production and storage areas, offering environmental control and fire protection;
Exterior Walls & Ceiling Systems: Used for exterior walls, partitions, ceilings, and other building systems, enhancing both aesthetics and structural safety.
