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LEEMAT Aerogel Panel —LA1000P Series

Insulation Panel for High-Temp Industrial Applications and Special Equipments
 LEEMAT Aerogel Panel LA1000P Series is a series of rigid, nano-porous panels designed for different thickness, temperature and high compressive strength insulation in construction, machinery and other applications.
Aerogel is the lowest thermal conductive of any present-recognized solid. With a new nanotechnology, LEEMAT Aerogel Panel LA1000P Series combines the nano-sized silica aerogel with fibers which makes it the leading product in the industry.

LEEMAT Aerogel Panel LA1000P Series, carrying the excellent properties including extremely low thermal conductivity, environmental-safety, easy-utilization, and hydrophobicity (only applicable for hydrophobic version), is the ultimate choice for those seeking better insulation effect.
 
 
Characteristics and Benefits
 
·Superior Insulation Performance
2~5 times better than traditional insulation products with longer service life
·Vapor Permeability
Water repellency(only applicable for hydrophobic version) and vapor permeability help to prevent Corrosion Under Insulation(CUI)
·Compression Resistance
Strong structural strength provides protection for targeted objects
·Easy Handling
Lightweight, easily cut and handled to fit for various shapes and flat surfaces. Less time and labor for installation
·Less Volume for Storage and Transportation
Less volume needed for insulation materials sharply reduces volume and cost for storage and transportation
·Environmental Safety
Composed of inorganic materials, landfill disposable
 
 
Applications
 
 Medium and high temperature industrial furnaces
·Removable escape capsule
·Special military equipments
·All high temperature industrial applications
 
 
Physical Properties
 

Product Form Sheet
Standard Thickness 10mm, 20mm and 30mm
Length and Width 880mm*580mm
Thermal Conductivity 0.022w/m· k (at 25)
Max Use Temperature 1000
Density 300 ± 20 kg/m³
Hydrophobic No or Yes
 
Thermal Conductivity

GB/T10294-2008 and GB/T10295-2008 Results