Aerogel Insulation Thermal Insulation Blanket Soundproof Silica
Aerogel Insulation Blanket is engineered to provide optimal thermal
performance and value at service temperatures up to 650°C (1200°F).
With its extremely low thermal conductivity, Aerogel Insulation
Blanket is up to 75% thinner than competing insulation materials.
This makes it ideal for installation in congested areas or near
mechanical clashes, increasing both plant safety and efficiency.
Reduced insulation thicknesses also supports faster, easier
application-saving time and expense.
Aerogel Insulation Blanket is tough and durable, delivering
consistent performance without cracking, sagging, or settling. It
can be re-used after maintenance or inspection, minimizing the time
and expense required to stage replacement insulation. Aerogel
Insulation Blanket is ideal for use in the fabrication of removable
insulation pads. It maintains its shape and location even after
vibration or exposure to high temperatures. As with all aerogel
products, Aerogel Insulation Blanket is hydrophobic and breathable,
resisting liquid water and avoiding the damaging effects of wet
insulation. These unique characteristics combine to minimize heat
loss and provide the ultimate protection for process units and high
pressure steam pipes.
Aerogel Insulation Blanket aerogel insulation is designed to
provide long-term performance for the ultimate in safety, process
efficiency, and stability, in the power generation, refining, and
chemical processing industries.
|Permitted useful temperature range(°C)||-200~650||-200~650||Fiberglass composite: -200~650|
Ceramic fiber composite: 600~1000
|Dimensional stability(max)||1%||Test method GB/T 8811-2008|
|Compressive property||(min),kpa,@10%||60||Test method GB/T 13480-2014|
|(min),kpa,@25%||120||Test method GB/T 13480-2014|
|Burning behavior||A1||Test method GB/T 20285-2006|
|The smoke performance level||SR-2|
|Drip content level||ST-2|
|Smoke toxicity of the FED's value,(max)||0.1|
|Corrosion resistance||pass||Test method GB/T 3810.1-2006|
|Hydrophobicity,(%)||>99.8||Test method GB/T 10299-2011|
|Tensile strength(min),(kpa)||Fiberglass composite: 100|
Ceramic fiber composite: 80
|Test method GB/T 17911-2011|
|Remarks : Silica aerogel fiberglass and ceramic fiber technical
If you have any question or demands,kindly contact our prefessional
team,we will give you the best solution according to your
machine,operation temperature and our rich production experience.
Optimized thermal conductivity in high temperature service
Faster application, especially on large-bore piping and vessels
Addresses tight, hard-to-insulate spaces with outstanding thermal
Flexible blanket material won't crack, sag, or settle in
Stands up to vibration, footfalls, and tool strikes
Tough enough for reuse after removal and inspection
Hydrophobic and breathable, Aerogel resists liquid water and avoids
the damaging effects of wet insulation
Versatile format can be fitted to any piece of piping or equipment,
greatly simplifying material management
Higher packing density reduces shipping and storage costs by up to
Construction: Interior and extrior wall, door, floor, ceiling,
roof, partitions, fireproof door
Cold Storage: fridge, freezer, refrigerators, cold storage, medical
incubator, blood bank, medicine box, refrigerated container.
Veicle: Engine heat shield, catalytic exhaust pipe
Aerospace: Engine, black box
Building materials industry furnace: All types industry kiln,
including rotary kiln, shuttle kiln, roasted kiln
Metallurgy: torpedo tank, steel ladle, tundish, coke oven door
Machinery: industrial stove, electric stove, stove door, stove
Instrumentation: stove temperature tracker, heat accumulator, data
record protection, electric ceramic stove.
Petrochemical: pipeline insulation, high temperature reactor,
cracking stove, conversion stove, heating stove
Electricity: boiler, steam turbine, pipeline, electronic insulation