EtroX^® I CM natural

PI

The premium product for highly demanding applications

Our premium material EtroX^® I CM was specially developed to meet the high demands of the electronics, aerospace and automotive industries. As a pure polyimide, it withstands particularly high temperatures. EtroX^® I CM can be used to design components that offer significant advantages over other thermoplastics.

natural

sheet

Characteristics

Resistente al calor
Alta resistencia mecánica
Baja tendencia a la fluencia
Alta resistencia al impacto
Alta rigidez
Buena estabilidad dimensional

Industries

Electrónica
Semiconductor Industry
Industria aeronáutica y espacial
Construcción de vehículos
Semiconductor Front-End applications
Semiconductor Wafer Handling
Semiconductor Back-End applications
Semiconductor High and low temperature
Semiconductor Dicing

Application Examples

Gripper for glass bottles

In the production of glass bottles, grippers are used to guide the bottles through the process. Compared to conventionally used materials (graphite or brass), grippers made of EtroX^® I CM increase the service life of the component. Due to the high resistance to high temperatures and the good stability of polyimides, maintenance time can be reduces, resulting in less production downtime and more efficiency.

Test socket for final chip testing

Electronic components (e.g. chips) undergo a test after manufacture. For this purpose, they are inserted into test sockets made of polyimide, which must have high dimensional stability and durability. Our EtroX^® I CM material meets these requirements and offers the additional advantage of a long service life and usability as well as high stability and wear resistance. This rules out contamination of the components through abrasion of the test socket.

Thrust washer for electric cars

Thrust washers made of EtroX^® I CM increase the efficiency of motors in electric cars due to their high mechanical strength. Compared with conventionally used steel, our material has a lower density and therefore lower rotational capability. It also withstands high temperatures and does not react with powertrain fluids. Due to its high strength, low wear and outstanding properties, electric motors can be operated efficiently.

Variants

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	SKU	Name	Type	Color	Measurements
No stock item (MOQ)	685684	EtroX^® I CM natural pressed	sheet	natural	16 x 395 x 395 mm
No stock item (MOQ)	708159	EtroX^® I CM natural pressed	sheet	natural	8 x 395 x 395 mm
No stock item (MOQ)	708181	EtroX^® I CM natural pressed	sheet	natural	10 x 395 x 395 mm
No stock item (MOQ)	728345	EtroX^® I CM natural pressed	sheet	natural	12 x 395 x 395 mm
No stock item (MOQ)	742252	EtroX^® I CM natural pressed	sheet	natural	20 x 395 x 395 mm
No stock item (MOQ)	743535	EtroX^® I CM natural pressed	sheet	natural	45 x 395 x 395 mm
No stock item (MOQ)	745872	EtroX^® I CM natural pressed	sheet	natural	35 x 395 x 395 mm
No stock item (MOQ)	746940	EtroX^® I CM natural pressed	sheet	natural	44 x 395 x 395 mm
No stock item (MOQ)	749009	EtroX^® I CM natural pressed	sheet	natural	6 x 395 x 395 mm
No stock item (MOQ)	749010	EtroX^® I CM natural pressed	sheet	natural	13 x 395 x 395 mm

Technical Specifications EtroX^® I CM natural

	Test Method	Unit	Guideline Value
Density	DIN EN ISO 1183-1	g / cm³	1,37
Water absorption	DIN EN ISO 62 (23°C / 24h)	%	0,6
Water absorption	DIN EN ISO 62 (23°C / 48h)	%	0,8
Water absorption	DIN EN ISO 62 (23°C / 3 Weeks)	%	2,4

	Test Method	Unit	Guideline Value
Elongation at break	DIN EN ISO 527	%	8
Tensile modulus of elasticity	DIN EN ISO 527	MPa	3600
Tensile strength	DIN EN ISO 527	MPa	145
Notched impact strength	DIN EN ISO 179	kJ / m²	10
Shore hardness	DIN EN ISO 868	scale D	89
Ball indentation hardness	DIN EN ISO 2039-1	MPa	240
Elastic modulus of compression	DIN EN ISO 604	MPa	4200
Tensile creep modulus, 1h	ISO 899-1	MPa	3390
Tensile creep modulus, 1000h	ISO 899-1	MPa	2730

	Test Method	Unit	Guideline Value
Glass transition temperature	ISO 11357-3	°C	323
Service temperature, short term (max.)	Average	°C	380
Mean coefficient of linear thermal expansion	ISO 11359-2	K^-1	41
Heat deflection temperature	DIN EN ISO 75	°C	319
Temp. of deflection under load, 1.80 MPa	ISO 75-1/-2	°C	319
Temp. of deflection under load, 0.45 MPa	ISO 75-1/-2	°C	343

	Test Method	Unit	Guideline Value
Volume resistivity	DIN EN 62631-3-1	Ω * cm	> 10¹⁵
Dielectric constant @ 100Hz	IEC 60250		4,2
Dielectric constant @ 1kHz	IEC 60250		4,2
Dielectric constant @ 10kHz	IEC 60250		4,1
Dielectric constant @ 100 kHz	IEC 60250		4,1
Dielectric constant @ 10GHz	IEC 61189-2-721		3,4
Dielectric constant @ 40GHz	IEC 61189-2-721		3,3
Dielectric constant @ 100GHz	IEC 61189-2-721		3,2
Specific Volume resistivity	IEC 60093	Ωm	8*10¹³
Specific Surface resistivity	IEC 60093	Ω	5*10¹⁵
Relative permittivity, 100Hz	IEC 62631-2-1	-	3,5
Relative permittivity, 1MHz	IEC 62631-2-1	-	3,4
Dissipation factor, 1 MHz	IEC 62631-2-1	E-4	80
Electric strength	IEC 60243-1	kV / mm	34

Downloads

Technical Data Sheet EtroX® I CM natural

Flyer EtroX® I CM natural

Product Handling Information Sheet EtroX® I CM natural

Flyer - Industrial EtroXICM - DE

Flyer - Industrial EtroXICM - EN

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EtroX^® I CM natural

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