Nano super insulation material

NegotiableUpdate on 02/23

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Nature of the Manufacturer: Producers

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Overview

Nano super insulation materials are generally considered to refer to insulation materials with a thermal conductivity lower than that of "non convective air" under predetermined usage conditions.

Product Details

Nano super insulation material

Nanoboard1100 is specially made from nanoscale materials such as SiO2, Ti2Si2O5, etc.

Nano super insulation materialFor insulation materials, there are three main ways of thermal motion: 1. Thermal conduction, mainly completed by the solid parts in the insulation material; 2. Heat convection is mainly accomplished by the air in the insulation material; 3. Thermal radiation does not require any medium for its transmission. Research has shown that to achieve the goal of super insulation, firstly, the bulk density of the material needs to be kept low while maintaining sufficient mechanical strength; The second is to weaken the convection of the air to its limit; The third is to minimize thermal radiation through emission, scattering, and absorption through nearly infinite interfaces and material modification.

Product Features	Low thermal conductivity and heat loss
	The insulation performance is 4-5 times that of traditional materials, which can reduce equipment energy consumption and decrease the required insulation layer thickness.
	Low specific heat, low heat storage capacity, and resistance to thermal shock
	Does not contain harmful fiber components to the human body, meets domestic and international environmental standards, and can be used in household appliances. This product is a non combustible material and can be used as a fireproof insulation layer.

application	High temperature kilns, glass kilns, ceramic kilns, thermal storage electric heaters, fuel cells, new energy batteries, cement, metallurgy, petrochemicals, household appliances, aerospace, instruments, etc

Classification Temperature	1000oC (1800o F)

		indicator value	average
bulk density	kg / m3	260	280
linear shrinkage 800o C x 12 hrs	%	3	2

thermal conductivity Kcal/mho C (W/mK)	ASTM C-177
280kg/m3	Average temperature 400oC	0.025
	Average temperature 600oC	0.028
	Average temperature 800oC	0.034

Chemical composition%	SiO2	50
	Ti2Si2O5	45

Compressing 10% compressive strength	MPa	0.25	0.3
Specifications and Dimensions	1000 x 610 x 5 ～100 mm
dimensional error
long	1000、500 mm	± 3 mm	± 2 mm
wide	600 mm	± 3 mm	± 2 mm
thick	50，20、15，10mm	± 1 mm	± 1 mm