C11N-UT Ultra-Thick Nano Insulation Board

C11N-UT Ultra-Thick Nano Insulation Board

Category: Thermal Insulation Range

C11N-UT is a mesoporous material primarily composed of fumed silica, reinforced with composite fibers and light‑blocking agents. It features mesopore diameters of less than 50 nm and effectively inhibits heat conduction, radiation, and convection, withstanding temperatures up to 1300°C.

Product Details

C11N-UT It is a mesoporous material, primarily composed of fumed silica, compounded with reinforcing fibers and light-shielding agents, with a mesopore diameter of less than 50nm , while simultaneously blocking heat conduction, heat radiation, and heat convection, with temperature resistance up to 1300℃ 。

Product Features: Thickness optional 10~50mm It has a low thermal conductivity, excellent high-temperature stability, is non-combustible, and is easy to cut and install.

Application areas: Specifically designed for medium- and high-temperature industrial furnaces, new energy containers, and building protection

 

Technical Specifications

Performance Name

Unit

Performance value

Test Standards and Methods

Thickness

mm

10~50

                    Thickness gauge

Core material density

kg/m3

  220-300

Geometric Method Testing

Combustion performance

/

Non-flammable

GB 8624-2012

Thermal conductivity @25℃

W/(m·K)

≤0.030

GB/T 10295‑2008

Thermal conductivity @300℃

≤0.035

Thermal conductivity @500℃

≤0.040

Thermal conductivity @800℃

≤0.060

Fire Resistance Test Evaluation

( Butane torch 30min)

/

Flameless and non-penetrating

Butane torch ablation 30min

Compressive strength

MPa

CS(10)≥0.2

GB/T 13480 2014

Prohibited substances

/

Qualified

ROHS 2.0

Qualified

REACH

Qualified

ELV

 

Keywords:C11N-UT Ultra-Thick Nano Insulation Board

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C11N-UT Ultra-Thick Nano Insulation Board

C11N-UT is a mesoporous material primarily composed of fumed silica, reinforced with composite fibers and light‑blocking agents. It features mesopore diameters of less than 50 nm and effectively inhibits heat conduction, radiation, and convection, withstanding temperatures up to 1300°C.

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