Pre-oxidized Fiber Aerogel Insulation Blanket-Pre-oxidized Fiber Aerogel Insulation Blanket

Pre-oxidized Fiber Aerogel Insulation Blanket

Introduction

Tradematt Pre-oxidized Fiber Aerogel Insulation Blanket is tailored for high-temperature applications such as transportation, power generation, thermal and fire protection, tube bundles, and small diameter tubing. By integrating silica aerogel with fortified pre-oxidized fibers, this blanket ensures superior thermal conductivity, exceptional temperature resilience, and environmental safety. With its impressive thermal performance extending up to 450°C, it also offers additional benefits like minimal dust emission, remarkable tensile and compressive strength, and hydrophobic characteristics. These attributes make it an ideal choice for a wide array of applications spanning transportation, power generation, thermal and fire protection, tube bundles, and small diameter tubing.

Structure:

Aerogel is the smallest density solid of the world , the density is only 2.75 times as the air density. Aerogels are nanostructured porous materials with low thermal conductivity, low refractive index, low elastic modulus, low density, low impedance, high temperature resistance, flame retardant and other good performance.

Aerogel Carbon Fiber Insulation Blanket

Features:

A1 Level Fireproof performance

Lower thermal conductivity coefficient

Thinnest and lightest insulating material

Sustainable use for 20-30 years

Soft, easy to shape

Excellent tensile strength

Technical Parameters:

Model	SACC-1-X
Regular Thickness(mm)	3,4,5(Customizable between 0.5 and 10)
Width(mm)	≤1480(Customizable)
Color	Black
Recommended operating temperature（℃)	-60～450
Density(kg/m³）	270±20
Hydrophobicity(%)	≥99
ELV substances are prohibited	Qualified					GB/T30512
Burning behavior	A1					GB 8624-2012
The smoke performance level	AQ1					GB/T 17911-2006
Drip content level	ST-2					ENIN 5510
Smoke toxicity of the FED's value,(max)	0.1
Corrosion resistance	pass					GB/T 3810
Temp℃	-60	0	25	100	200	300	400
Coefficient of thermal conduction W/(m·k)	0.012	0.018	0.020	0.022	0.025	0.033	0.041