Norplex-Micarta MC511SN

Properties

Physical Form

• Fabric, Sheets
• Fabric
• Sheets

Product families

Other characteristics

Density

1800.0 - 1800.0 kg/m³

Features

Static-Dissipative

Polymer Name

Epoxy Resins & Compounds

Reinforcement Material

Glass Fibers

Note

This temperature is a recommendation only, and based upon experience in various applications. The maximum operating temperature is dependent upon the application and should be investigated prior to use.; *t₁= Thickness tested at 0.0625 inch; *t₂= Thickness tested at 0.125 inch; *t₃= Thickness tested at 0.500 inch

Markets

• Building & Construction
• Consumer Goods
• Electrical & Electronics
• Industrial

Technology

• Composite Materials
• Plastics

Fillers Included

Glass Fiber

Product Families

• Composite Materials — Parts & Shapes
• Plastics — Parts, Shapes & Films

Overview

Norplex-Micarta offers several grades of thermoset composite material combining epoxy resin systems with a variety of glass fabric substrates. These combinations yield thermoset composites with superior physical properties and outstanding performance in both low-temperature and high-temperature environments for electronics, military, oil & gas, aerospace and power generation applications.; Low-temperature epoxy glass materials offer excellent chemical resistance and electrical properties in either dry or humid conditions. Depending upon the final application, some grades are flame retardant, meeting UL Flammability Class V-0 criteria. They feature exceptional flexural, impact and bond strength at temperatures up to 130°C. Low-temperature epoxy glass composites are used in a variety of structural, electronic, electrical and cryogenic applications.; High-temperature epoxy glass materials provide superior mechanical strength and insulation properties over a wide temperature range. These products maintain excellent mechanical strength when subjected to continuous operating temperatures up to 180°C. By customizing the resin system, several grades are made suitable for much higher temperatures for short periods of time. At elevated temperatures, these products retain a minimum of 50% of their room temperature flexural strength. Several grades meet NEMA G-11 requirements. The materials can also be produced using alternate glass styles for applications that do not require NEMA G-11 compliance, but do require special attributes. Applications include solder pallets, corona discharge, rotor and stator slot insulation and structural applications in high-temperature environments.

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Quality Standards

• IEC EP GC 202
• MIL-I-24768/28 Type GEB-F
• NEMA FR-5

Composites End Use

PCB Materials

Material Features

Static-Dissipative

Reinforcement Form

Woven Fabric