Epoxy Mica Sheet

About Epoxy Mica Sheet

The thickness of Epoxy Mica Sheet ranges from 0.2 mm to 1.9 mm and is available in the width of 1000 mm. Our customers can buy these sheets of unparalleled quality at budget-friendly prices. To ensure that our offered sheets meet the customer expectations and industrial guidelines, these are checked over different quality parameters. This is being the reason, the mentioned Epoxy Mica Sheet are highly demanded not only in the local markets but at International level.

Epoxy bonded muscovite mica plates

Uses: This kind of mica plates are mainly used for commutator.

Shape & Sizes:

• Mica plates are available in two sizes 1000 mm x 600 mm and 1000 mm x 1200 mm.
• We also supply mica plates sizes as per buyers requirements.

Packing:

We export mica plates after covering of mica plates in Polythene and Carton properly packed in wooden cases for better handling. All are export standard.

Type		-	-
Mica Paper		Muscovite	Phlogopite
Bond Content %		10	10
Density g/cm3		2.1-2.4	2.1-2.4
Thickness Tolerance mm	Average	+0.02	+0.02
	Individual	+0.03	+0.03
Compressibility	Ce-elastic %	2.5	2
	Cp-plastic %	2.5	2
Flexural Strength MPa		>300	>300
Elastic Modulus MPa		>80 000	>70 000
Resistance To Exudation and Displacement C		200	200
Dielectric Strength KV/mm		>25	>25

Product details

Country of Origin	Made in India
Dimension	1000 x 600mm
Brand	Mpmica
Material	Mica
Operating Temperature	600 Deg C
Usage/Application	This kind of mica plates are mainly used for commutator
Shape	Rectangular

Exceptional Insulation and Durability

Epoxy Mica Sheets combine the high thermal and electrical resistance of mica with the toughness of epoxy resin, making them the preferred choice for coating applications. Their rectangular format and standardized dimensions ensure seamless integration into various industrial operations, significantly reducing downtime and maintenance needs.


Versatile Industrial Applications

Thanks to their unique structure and robust characteristics, these sheets are widely used in electrical insulation, transformer fabrication, and other high-voltage equipment. Their capacity to withstand extreme temperatures and mechanical stress makes them invaluable in sectors demanding peak performance and durability.