MIRALON Sheet

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The MIRALON Sheet series combines a lightweight structure with excellent electrical, thermal, and mechanical performance. This product is suitable for composite reinforcement, electromagnetic interference (EMI) shielding, thermal management, and other multifunctional industrial applications.

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Product Introduction

MIRALON Sheet series are advanced carbon-based nonwoven materials engineered to deliver lightweight structures together with enhanced electrical, thermal, and mechanical performance. Using a proprietary seaming process, MIRALON Sheet series can be manufactured in customized dimensions and further processed to meet the demands of diverse industrial applications. They are also compatible with a wide range of resin and polymer systems and can be processed using standard industrial manufacturing equipment.

Product Features

Excellent Electrical Conductivity

MIRALON Sheet series provide stable and efficient electrical conductivity through a continuous conductive network structure. This makes them highly suitable for applications involving EMI shielding, ESD protection, and conductive composite systems.

Outstanding Thermal Conductivity

Designed with excellent heat transfer capability, these products help improve thermal distribution and dissipation in applications where lightweight thermal management materials are required.

Lightweight Structure

Compared with many conventional conductive or reinforcement materials, MIRALON Sheet series offer an extremely low-density solution while maintaining excellent functionality. Their lightweight nature supports the development of high-performance systems with reduced overall mass.

High Strength-to-Weight Ratio

These products deliver excellent mechanical performance while maintaining an exceptionally low material weight. This balance of strength and low density makes the sheets attractive for advanced composite reinforcement and structural applications.

Chemical Resistance

MIRALON Sheet series demonstrate strong resistance to a variety of chemicals and environmental conditions. This stability helps maintain long-term performance in demanding industrial environments.

Enhanced Damping Performance

The interconnected material structure can effectively disperse impact energy and vibrations throughout the material. As a result, these sheets offer excellent damping behavior and can help improve vibration control and noise reduction in engineered systems.

Typical Applications

MIRALON Sheet series combine lightweight construction, excellent conductivity, thermal management capability, and mechanical performance, making them suitable for a wide range of industrial and advanced engineering applications. They can be integrated into composite structures and multifunctional systems to improve overall efficiency, reliability, and performance. Typical applications include:

Used to enhance the mechanical performance and multifunctionality of composite materials while minimizing additional weight.
Incorporated into lightweight structural cores to improve strength, conductivity, and overall structural efficiency.
Applied in electronic and electrical systems requiring EMI and electrostatic discharge protection.
Utilized in structures and components that require vibration reduction, impact dissipation, and improved operational stability.
Integrated into cable systems to provide lightweight conductive shielding and improve signal reliability.

Performance Parameters

Catalog Number	NM-CNTs0246
Bulk Density, g/cm³	0.65
Areal Density, g/m²	12⁽¹⁾
Thickness, μm	20
Standard Widths, cm	0.6-120
Temperature Operating Range, °C / °F	-200 to +200 / -328 to +392
Maximum Processing Temperature, ^⁰C / °F	350/662
Thermal Conductivity, W/m*K	30
CTE, ppm/K	-3.0
Surface Resistivity , (Ω/□) @ 20 ^⁰C	1.3
Specific Electrical Conductivity, S*cm²/g @ 20 ^⁰C	600
EMI Shielding Effectiveness, dB @ 2 GHz	40
Temperature Coefficient of Resistivity (Surface), Ω*cm/K	7.40*10^-7
Specific Strength, MPa/(g/cm³)	50-200

(1) Several standard ranges are available, including 8–12 gsm, 10–15 gsm, and 15–20 gsm, while customized specifications from 6 to 30 gsm can also be provided.
Note: Unless otherwise noted, the data shown are values obtained from standard testing of typical production batches. The values are provided for reference only and should not be regarded as guaranteed product specifications.