Silica Thermal Insulation Aerogels Felt For Liquefied Gases

Name: Silica Thermal Insulation Aerogels Felt For Liquefied Gases
Brand: HUATAO INDUSTRIAL FELTS CO., LTD.
Rating: 4.6 (44 reviews)

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Model No. :	HT-Aerogel Blanket
Brand Name :	Huatao
Apparent Density :	180~210kg/m³
Color :	White
Material :	Nano Silica Aerogel
Applicable Temperature :	-200 ~ +1000 ℃

9yrs

Shijiazhuang, Hebei, China

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HUATAO INDUSTRIAL FELTS CO., LTD.

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Product description

Silica Thermal Insulation Aerogels Felt For Liquefied Gases

Description

The domestic market started late. In the early stage, foreign Aerogel products were mainly sold, the price was relatively expensive, and the market promotion efforts were also small. In recent years, with the increasing number of domestic Silica Aerogel enterprises, the strength has been continuously enhanced, the cost has been continuously decreasing, and the scale has been continuously expanded. Thanks to the implementation of domestic energy-saving emission reduction policies and the rapid expansion of economic volume, the Aerogel Felt industry has entered a rapid development channel.

Specification

Model		HT-3	HT-6	HT-10
Thickness(mm)		3	6	10
Width(mm)		1400/1500(customizable)
Color		White
Permitted useful temperature range(°C)		-200~650	-200~650	Fiberglass composite: -200~650 Ceramic fiber composite: 600~1000
Density(kg/m³)		200±20	200±20	200±20
Linear expansivity		4.2×10-6
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 parameters

Advantages
Physically Robust and Impact Resistant
Soft and flexible but with excellent spring back, Aerogel recovers its thermal performance even after compression events as high as 100 psi, protecting critical assets from compromise due to tool strikes, footfalls, lifting, and transportation
Lower thermal conductivity coefficient
Thermal conductivity coefficient less than 0.016w/(m,k)at room temperature,
several times or even dozens of times lower than traditional heat preservation materials, and with better heat preservation effect.
Thinnest and lightest thermal insulating material
Under the same heat preservation effect, the dosage of our company`s SiO2 aerogel composite material is only 1/5 to 1/3 of traditional materials` . So it can be applied to dense pipeline and narrow space and achieve a good effect of heat or cold preservation. And greatly convenient for installation and save the cost of the protective layer.

Application

Metallurgy: torpedo tank, steel ladle, tundish, coke oven door
Machinery: industrial stove, electric stove, stove door, stove cover
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 part