AS17-s Thermal Break Felt is a fiber composed of porous structure silica, aluminum oxide and other materials, featuring an extremely low thermal conductivity of 0.028 W/m*K. AS17-s is known for its ability to prevent thermal runaway, with a low density and the capability to withstand temperatures up to 1300°C. Its outstanding characteristics include excellent thermal insulation, superior noise reduction, insulation, cushioning, and fire resistance, making it renowned in various applications. AS17-s is utilized across many different fields, including aerospace, energy storage, military, new energy, automotive, firefighting, and rail transportation. Application scope of Application scope of AS17-s Continuously expanding, as the technology further develops, we will see more applications in emerging fields in the future, and these applications will continue to drive the importance of its application in modern industry and life.
FEATURES
/ Excellent thermal insulation performance, with a thermal conductivity of 0.028 W/m*K
/ Exceptional thermal stability, suitable for long-termuse in environments up to 1300°C
/ Good aging resistance
/ High friction coefficient and stability, providing long-term physical support for various substrates
/ Complies with RoHS and REACH standards
/ Available in both rolls and sheets
/ Cotton felt feeling on surface
TYPICAL APPLICATION
/ Industrial applications, such as industrial industry, EV related (battery modules, electromagnetic cabin fireproof and thermal insulation layer, engine compartment fireproof and thermal insulation layer, body flame retardant and thermal insulation layer, seat flame retardant lining dashboard fireproof and thermal insulation layer)
Table of Content
AS17-s Datasheet
Miracle Amid the Inferno: Fire-Resistant Measures That Work
While thousands of structures succumbed to the flames, some buildings emerged unscathed, demonstrating the effectiveness of comprehensive fire-resistant measures. These success stories underscore the importance of not only using fire-resistant materials but also maintaining a defensible space around properties.
Upgrading Fire and Building Codes
In light of the recent catastrophe, there is a growing call to update California’s fire and building codes. These revisions should mandate the use of advanced fire-resistant materials in construction, especially in wildfire-prone areas. The implementation of stricter regulations could significantly reduce property damage and save lives in future fire events.
Fire Prevention: California’s Best Fire Insurance
Investing in fire prevention measures is proving to be the most effective form of fire insurance in California. This includes:
- Using fire-resistant building materials
- Creating defensible spaces around properties
- Installing fire-resistant roofing and siding
- Implementing advanced fire detection and suppression systems
Insulation: Dual Protection Against Fire and Energy Loss
High-performance insulation materials offer a dual benefit of fire resistance and energy efficiency. Among these, AS17-s insulation stands out for its exceptional properties.
AS17-s Insulation: High-Efficiency Fire-Resistant Material
AS17-s insulation has gained attention for its outstanding performance in fire protection. With an extremely low thermal conductivity of just 0.028 W/m*K, this material can withstand temperatures above 1000°C for several hours. These characteristics make AS17-s insulation an ideal choice for fire-resistant building construction, offering both safety and energy efficiency.
In conclusion, as California grapples with increasingly severe wildfire seasons, the adoption of advanced fire-resistant materials like AS17-s insulation, coupled with stringent building codes and proactive fire prevention measures, is crucial. These steps can significantly enhance the resilience of buildings against wildfires while also contributing to energy conservation efforts.
LiPOLY TIM Technology : Thermal Solutions