Categories

Featured Products

  • Ultra-Thin Ceramic Fiber Aerogel Heat Insulation Sheet HRTP-M35-TQ Series

Ultra-Thin Ceramic Fiber Aerogel Heat Insulation Sheet HRTP-M35-TQ Series

Ceramic fiber aerogel ultra-thin insulation sheet is a flexible insulation felt composed of ceramic fiber paper as the substrate and SiO ₂ aerogel composite. This product has an ultra-low thermal conductivity, as well as excellent hydrophobicity, flame retardancy, green environmental protection, easy cutting, and easy construction. It is the most ideal insulation material for heating elements with high thickness requirements.

CONTACT NOW

Product Features


Has ultra-low thermal conductivity 
Green and environmentally friendly
Has many excellent performance features 
Ideal thermal insulation material


Product Specifications


Customizable 【 e.g. length x width x thickness (10x5x0.3mmT) 】

Applications


Insulation of new energy power batteries 
Insulation protection between battery cells
Overall insulation of the vehicle body and battery shell  Household electrical equipment, etc

Product Parameters


Property Value Unit Test Method
Thickness ≤5 mm 2D
Base Material Ceramic Fiber Paper / /
Thermal Conductivity 25℃~800°C/0.023~0.080 W/mk GB/T10294
Density 280±20 kg/m³ GB/T5480-2008
Color CMYK0-10 / PANTONE
Insulation
Performance
≥500MΩ GB/T 10064
Electrical Resistance Performance <1mA MA GB/T 14081
Flame Rating V-0 / UL94
Water-Repellent Rate ≥98 % GB/T 10299-2011
Compressibility 25~45 % GB/T8811
RoHS Compliant / ROHS
How can we help you?
Contact a product expert or sales representative
tel
Customer Support
+86 18952254580
tel
Support & Email
Jane@spring-grass.net
tel
Our Location

Zhengji New Materials Industrial Park, No. 6 Xufeng Road,
Zhengji Town,Tongshan District, Xuzhou City, Jiangsu Province

footerlogo wefimg
privacy settings Privacy settings
Manage Cookie Consent
To provide the best experiences, we use technologies like cookies to store and/or access device information. Consenting to these technologies will allow us to process data such as browsing behavior or unique IDs on this site. Not consenting or withdrawing consent, may adversely affect certain features and functions.
✔ Accepted
✔ Accept
Reject and close
X