Mica Tape Mica Plate Mica Tube Mica Heating Elements Mica Laminate & Mica Washer Mica for Thermal-Protection Mica Insulator Mica Roll Mica Paper Epoxy Glass Laminate

Synthetic Mica Paper

Synthetic Mica Paper

Synthetic Mica Paper

Mica Paper is a continuous roll made of muscovite mica, phlogopite mica, synthetic mica or calcined muscovite mica, by pulp making, paper copying, slitting and rewinding processes.

Types

Code	Name	Mica Type	Application	Feature
505	Commutator Mica Paper	Muscovite, bond	Commutator	Small mica flakes with traces of bond
506	Muscovite Mica Paper	Muscovite Mica	Mica Sheet, Mica Tube, Mica Heater, Mica Laminate & Mica Washer	High mechanical strength and insulation performance
P506	Phlogopite Mica Paper	Phlogopite Mica	Mica Tape, Mica Roll, Mica Sheet, Mica Tube, Mica Heating Element, Mica Laminate & Mica Washer	Heat resistance up to 750-850℃
S506	Synthetic Mica Paper	Synthetic Mica	Fire-resistant Mica Tape	Heat resistance up to 1000℃
507	Less Resin Mica Tape Paper	Muscovite Mica	Less Resin Mica Tape	Good permeability
502-1	Calcined Muscovite Mica Paper	Calcined Muscovite Mica	Fire-resistant Mica Tape, Resin-rich Mica Tape	Mica flakes of uniform size and better overall performancethan natural muscovite paper

Properties
Excellent high temperature resistance;
Excellent insulation properties;
Stable chemical properties;
Excellent mechanical properties;
Excellent permeability and air permeability.
Applications
Mica Paper can be used as a base material reinforced with glass fibre cloth, film and other reinforcing materials through silicone resin bonding, and then made into mica insulating materials like mica rolls by high temperature baking and drying.

Performance Parameter

Item	Unit	S506
Mass per Unit Area	g/m²	105	120	160
Tolerance of Mean	%(≦)	±3	±3	±3
Tolerance	%(≦)	±6	±7	±7
Average Thickness	μm	65	78	100
Penetration Time	s(≦)	10	14	20
Dielectric Strength	kV/mm	16	16	16
Tensile Strength	N/cm(≧)	3	3.5	4.5
Heat Loss	%	0.25	0.25	0.25
Conductivity of Water Extract	us/cm(≦)	6	6	6
Heat Resistance	℃(≧)	1000