What are the differences between different models of nano insulation boards

Release Time: 2025-07-25

In the field of industrial insulation, choosing the right model of nano-insulation board is equivalent to equipping production efficiency with an "invisible shield". As a powerful manufacturer specializing in insulation refractory materials, Rosewool's nano-insulation board series, with its advantage of model segmentation, has become the ideal choice for different scenarios.

Rosewool's nano-insulation board is a new material manufactured using the latest high-tech technology. It is made of special inorganic refractory powder, forming tiny super pores, and its thermal conductivity is even lower than that of still air. Compared to traditional fiber-based insulation materials, it is 2-3 times better; it is widely used in the steel industry, petroleum industry, glass, marine ships, ceramics, and aerospace industries;

Technical Parameters

Items		JDN-1 Nano Insulation Board	JDN-II Nano Insulation Board	JDN-H Nano Insulation Board
Color		Grey	Grey	White
Melting Point		＞1200℃	＞1200℃	＞1200℃
Maximum Operating Temperature		1000℃	1000℃	1100℃
Bulk Density		600kg/m³±10%	600kg/m³±10%	300±10% kg/m³
Linear Shrinkage(900℃*3h)		≤-1%	＜-1%	≤-1%
Thermal Conductivity	300℃		≤0.02W/m.k	≤0.02W/m.k
	600℃	≤0.052W/m.k	≤0.04W/m.k	≤0.030W/m.k
	1000℃	≤0.085W/m.k	≤0.065W/m.k	≤0.038W/m.k

Different models of nano-insulation boards differ primarily in terms of temperature resistance, thermal conductivity, physical form, and bulk density. Thermal conductivity determines energy-saving efficiency, while form and density adapt to installation scenarios. Temperature resistance gradient defines the application boundary. Nano-insulation board models are divided into DN950, DN1000, and DN1100. Among them, the DN950 model is lightweight and has a low thermal conductivity, making it the preferred choice for expansion;

Every model difference in Rosewool's nano-insulation board reflects a deep insight into industrial scenarios. From component ratios to dimensional tolerances, from rigid boards to flexible felts, we employ a customized approach to ensure that insulation solutions seamlessly align with equipment needs, injecting technological energy into your production to reduce costs and increase efficiency.

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What are the differences between different models of nano insulation boards

Technical Parameters

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