Silicon Bonded Rigid Sheet (0.06mm-1.9mm)

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Silicon Bonded Rigid Sheet (0.06mm-1.9mm) Specification

SiO2 Content (%)
72 80%

Fe2O3 (%)
0.5 1.2%

K2O Content (%)
0.3 1.0%

Heat Resistance
Up to 1200C continuous

CaO Content (%)
0.5 2.0%

Particle Size
Customizable (standard micron size available)

MgO %
0.3 0.8%

Al2O3 Content (%)
0.5 2.5%

Melting Point
Above 1200C

Types of Mica
Not applicable (mica not a component)

Shape
Rigid Sheet

Chemical Composition
Silicon bonded with alumino-silicate fibers and natural minerals

Oil Absorption
Nil

Application
Used in thermal insulation, electronic, electrical, and high temperature furnace linings

Weight
Varies per thickness, approx. 0.22g/cm density

Dimension (L*W*H)
Standard: 1000mm x 600mm x (0.06mm-1.9mm); Custom sizes available

Color
Light gray to off-white

About Silicon Bonded Rigid Sheet (0.06mm-1.9mm)

Silicon Bonded Rigid Sheet 0.06 MM 1.9 MM is created by laminating and pressing mica paper to create hard sheets that can withstand high temperatures. This is made of muscovite mica paper that has been bonded with a heat-resistant silicone resin. Its strong mechanical, electrical, and thermal qualities contribute to its ability to tolerate temperatures of exceeding 500 degree C. Silicon Bonded Rigid Sheet 0.06 MM 1.9 MM also ensure that very little smoke is produced, hence they are also utilized as thermal insulators.

Technical Details

Thickness : 0.06mm - 1.9mm
Width : 1000mm
Size : 1000 x 600mm, 1000 x 1200mm, 1000mm x 2400m

Technical Data

Thickness	0.06mm-1.9mm
Tolerance In Thickness	+/-5%
Package	Carton/Air Tight Plastics
Size (LXW)	1000x600mm, 1000x1200mm, 1000x2400mm
Item		Test
		Procedure
Mica Paper			Muscovite	Phlogopite
Bond Content			=10	=10
Density G/M3		Iec371-2	1.7-2.15	1.7-2.25
Heat Resistance	Continuouso C		500oc	700oc
	Peakoc		700oc	700oc
Heat Loss Continuous	500oc%		<1	<1
Temperature	700oc%		<2	<2
Water Absorption	24h/23oc%		<1	<1.5
Dielectric Strength	Kv/Mm
	600oc/1hour, Tested At 20oc
	23oc Ohm.Cm	Iec93	>107	>107
Volume Resistivity	500oc Ohm.Cm		>1012	>1012