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PCIM Europe Nuremberg 2015

Thermally conductive pad: Thermipad TP 22715 with 15 W/mK

SPIE Smart Structures/NDE conference

Electronics & Components Hong Kong

Imports and exports of the electrical industry


InnoTrans Berlin

World Energy Engineering Congress Washington

Enova Paris

International Electric & Automation Show Bucharest

CFRP profiles

Energie Impulse Aachen

Water-jet cutting

 CWIEME in Berlin 2013

Coil Winding 2013

Thermiglue TL 23010

Coil Winding 2012

CWIEME Berlin 2012

Italian bobbin manufacturer

Working hours

NEC Birmingham UK

Advanced Engineering UK 2011

Clean Energy Expo Asia 2011

Contract 4S iPhone protectors


Electric Drives Production Conference

MOTEK 2011 and Bondexpo

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Norton TH

ArpaxX-Aramid Paper

Slot insulation material

Bern and public transport

ArpaxX - push up the heat

CWIEME Berlín 2011: Dr. Dietrich Müller con una amplia gama de productos

CoilTechnica: Buena respuesta para Dr. Dietrich Müller GmbH


FIEE Elétrica 2011

El Dr. Müller GmbH: Nuevo producto para la industria solar

Dr. Dietrich Müller- empresa registrada por UL

Coil Winding 2010: La solución óptima para cada aplicación

Dr. Mueller: Alta tecnología e innovación en un solo lugar

Dr. Müller GmbH continua su liderazgo como distribuidor de láminas Ultem

Dr. Müller GmbH pone a disposición un producto versátil para aplicaciones industriales

Dr. Müller GmbH se enorgullece de la puesta en marcha del primer parque eólico en alta mar en Alemania

Dr. Mueller y TEMAC: Acuerdo de distribución de juntas industriales en Alemania

Productos competitivos en la feria líder del sector enérgetico "Coil Winding 2010" 


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Producto Número de Pedido Descripción Espesor en mm 1) en kV / mm Clase de aislamiento Color PDF
Nomex® Typ 410 FI 15000 Papel aramida calandrado 0,050 - 0,760 ≥17 H (180 °C) gamuza Descargar
Nomex® Typ 411 FI 15010 Papel aramida no calandrado 0,130 - 0,580 ≥9 H (180 °C) gamuza Descargar
Nomex® Typ E56 FI 15011 Papel aramida no calandrado 0,130 - 0,510 ≥15 H (180 °C) gamuza Descargar
Nomex® Typ 414 FI 15020 Papel aramida calandrado 0,090 - 0,380 ≥24 H (180 °C) gamuza Descargar
Nomex® Typ 993 FI 15030 Papel prensado de aramida 1,000 - 4,000 ≥21 H (180 °C) gamuza Descargar
Nomex® Typ 994 FI 15040 Papel prensado de aramida 1,000 - 9,600 ≥27 H (180 °C) gamuza Descargar


  • clase de aislamiento H (hasta 180ºC)
  • papel aramida calandrado o non-calandrado
  • baja inflamabilidad
  • buena resistencia eléctrica
  • alta durabilidad a bajas temperaturas
  • buena resistencia a ácidos y soluciones alcalinas
  • también disponible comocartón Nomex T933 y T994

más información


Nomex® is a synthetic aromatic polyamide polymer generally known as an aramid.
The paper is produced from two forms of the aramid polymer:
small fibrous binder particles fibrids mixed with short fibres floc.

The two components are comboned in a water based slurry from which continuous sheet structure is produced on a fourdrinier paper making machine.

Subsequent densification and internal bonding is achieved by means of high temperature calendering. The resulting paper is mechanically strong, flexibJe and has good electrical properties, which are maintained at high temperatures.

Nomex® is officially classified as a 220°C insulating material by the Underwriters Laboratories -file E34739 and recognised by the principal institutes of the world.



Nomex® aramid pressboards


Increased thickness and rigidity set Nomex® aramid pressboards apart from the other forms of Nomex®. They are used for spacers and barriers in transformers, both liquid-filled and dry type, and as end-lams in motors. This family of products offers a range of mechanical properties which insures design flexibility in a variety of applications.

Type 992

is a low-density pressboard produced in two thicknesses (63 and 125 mils, or 1.6 and 3.2 mm) with a specific gravity of 0.5. This material's low density allows easy formation of complex shapes, and provides the highest saturability of the pressboard products.

Type 993

is a medium-density pressboard produced in eight thicknesses (40 to 240 mils, or 1.0 to 6.0 mm) with specific gravities of 0.7 to 0.9. This material provides a balance of rigidity and conformability along with outstanding saturability and excellent electrical properties in oil.

Type 994

is a densified version of Type 993, available in 11 thicknesses (40 to 380 mils, or 1.0 to 9.6 mm) with specific gravities from 1.1 to 1.2. It provides superior stability under compressive loads. Type 994 will also absorb oils and other fluids, but not as readily as Types 992 and 993.



Nomex® paper

Type 410

is the original form of Nomex® paper, and is widely used in a majority of electrical equipment applications. It is produced in 11 thicknesses (2 to 30 mils, or 0.05 to 0.76 mm) with specific gravities from 0.7 to 1.2. A calendered product, it has high inherent dielectric strength, mechanical toughness, flexibility and resilience. Type 410 is used in almost every known sheet insulation application.

Type 411

is the uncalendered precursor of Type 410. It is available in five thicknesses (5 to 23 mils, or 0.13 to 0.58 mm), with a specific gravity of 0.3 and correspondingly lower electrical and mechanical properties. It is used in applications such as motor phase insulation and transformer coil end filler, where high bulk and conformability are of prime importance. Type 411 offers increased impregnability and saturability when compared to Type 410.

Type 414

is electrically and thermally similar to Type 410, but is calendered under different conditions which produce a strong, but more flexible and conformable sheet. It is produced in five thicknesses (3.4 to 15 mils, or 0.09 to 0.38 mm) with specific gravities from 0.9 to 1.0. Type 414 was designed for use as slot insulation in hand-wound motors and for linear wrapping of wire, but is also used in other applications where its specific characteristics are desirable (such as folded or punched parts).

Type 418

also called Nomex® M aramid and mica paper is produced by adding 50 percent mica platelets, intimately blended with the floc and fibrids during papermaking. It is available in five thicknesses (3 to 14 mils, or 0.08 to 0.36 mm) and is designed for high-voltage applications, including motor conductor and coil wrap, and transformer ground and layer insulation. Type 418 is a calendered product with high inherent dielectric strength (750 to 1000 V/mil, or 30 to 40 kV/mm), but can also be readily impregnated with varnishes where this is desirable. Type 418 offers increased voltage endurance when compared to Type 410.

Type 419

also called Nomex® M aramid and mica paper is the uncalendered precursor of Type 418. It is available in two thicknesses (7 and 13 mils, or 0.18 and 0.33 mm) with a specific gravity of 0.5, for applications where conformance and saturability are required.

Nomex® papers are supplied in standard rolls in widths; the tolerance is +/- 4 mm for width 914 mm and +/- 7 mm for width 965 mm.
Different widths can be supplied upon request, starting from a minimum width of 6 mm with increments of 0,1 mm.
The cutting tolerance is +/- 0,2 mm.
Standard inside diameter is 76 mm and outside 292 mm.
Upon request, for some types of Nomex®, rolls with superior outside diameter and length can be supplied and widths up to 1828 mm.