English
Español
عربى
Fire-Resistant Silicone Ceramic Fiber Blanket
Fire-resistant silicone is heat-resistant to temperatures exceeding 1200°C. It is made from high-strength ceramic fibers through a double-sided needle-punching process. This process does not contain any binders or other ingredients. The enhanced needle-punching process improves the fiber interweaving and the blanket's delamination resistance, while maintaining excellent tensile strength without compromising flexibility. The fire-resistant silicone ceramic fiber blanket exhibits excellent chemical stability and is impervious to most chemicals except hydrofluoric acid, phosphoric acid, and strong alkalis, resulting in excellent high-temperature and fire-resistant properties.
Product Features:
1. Low heat capacity and low thermal conductivity.
2. Excellent chemical stability.
3. Ultra-high temperature resistance and stable thermal insulation.
4. Fireproof and non-combustible.
5. Free of binders and corrosive substances.
Applications:
Aerospace, building and construction, battery energy storage, wearable devices, home appliances, ovens, industrial equipment, industrial kilns, automotive and RV equipment, and pipe insulation.
| Items & Properties | MG1250 | MG1400 | MG1500 | MG1600 |
| High temperature resistance (℃) | 1250 ℃ | 1400℃ | 1500℃ | 1600℃ |
| color | White | White | light green | White |
| Permanent change after heating (%) | 1000℃*24H≦-3 | 1100℃*24H≦-3 | 1350℃*24H≦-3 | 1500℃*24H≦-3 |
| Theoretical bulk density (K/m³) | 64 | 96 | 160 | 150 |
| Vertical burning flame retardant grade/UL94 | V-0 | V-0 | V-0 | V-0 |
| Chemical composition (%) | FACE ≧45 | FACE ≧44 | FACE ≧42 | FACE ≧72 |
| SiO₂ ≧52 | SiO₂ ≧48 | SiO₂ ≧54 | SiO₂ ≧27 | |
| SiO₂ ≦0.8 | SiO₂ ≦0.2 | SiO₂ ≦0.1 | ||
| ZrO ≧7 | ||||
| CrO ≧2.5 | ||||
| Thermal conductivity (W/mk) | 200℃ ≦0.08 | 200℃≦0.09 | 200℃≦0.09 | |
| 400℃≦0.12 | 400℃≦0.13 | 400℃≦0.14 | ||
| 600℃ ≦0.17 | 600℃≦0.18 | 600℃≦0.19 | ||
-
A vacuum furnace is a high-tech industrial oven used for heat treatment processes, primarily in the manufacturing and processing of metals, ceramics, and other materials. The furnace operates in a controlled vacuum environment, meaning that the air is removed from the chamber, creating a low-pressure atmosphere. This unique condition allows for specific and often superior material properties to be achieved during the heating process. Let’s dive deeper into the purpose of a vacuum furnace and why...
