Resultate: Produktsuche (only available in english)

Composition/Properties:

Conductor and main wall insulation of hydro and turbo generators up to highest voltage levels Good flexibility and conformability Muscovite mica paper

Markets:

Windenergieanlagen, Wasserkraftwerke, Dieselmotor-Generator-Sätze, Kohlekraftwerke, Gas- und Ölkraftwerke, Nuklearkraftwerke, Elektrische Hochspannungsantriebe

Description:

Duritenax® 368.10 (originally known as 44733 ) is a Class F ( 155 °C ) resin rich tape composed of muscovite mica paper impregnated with a modified epoxy resin and backed by a glass fabric.

Composition/Properties:

Good flexibility and conformability High dielectric strength Glass threads reinforcement Polyester film on both sides

Markets:

Windenergieanlagen, Wasserkraftwerke, Dieselmotor-Generator-Sätze, Kohlekraftwerke, Gas- und Ölkraftwerke, Nuklearkraftwerke, Elektrische Hochspannungsantriebe

Description:

Filosam® L 326.57-20 is based upon a combination of micapaper,unidirectional glass threads and polyester film on both sides of the tape, all bond together with an appropriated cured binder.

Composition/Properties:

Good flexibility and conformability High dielectric strength Glass threads reinforcement Polyester film on both sides

Markets:

Windenergieanlagen, Wasserkraftwerke, Dieselmotor-Generator-Sätze, Kohlekraftwerke, Gas- und Ölkraftwerke, Nuklearkraftwerke, Elektrische Hochspannungsantriebe

Description:

Filosam® L 326.57-50 is based upon a combination of micapaper,unidirectional glass threads and polyester film on both sides of the tape. Filosam® L 326.57-50 has an epoxy resin as binder.

Composition/Properties:

For RR and VPI impregnation High thermal stability Extreme flexibility For class H & C applications

Markets:

Windenergieanlagen, Wasserkraftwerke, Dieselmotor-Generator-Sätze, Kohlekraftwerke, Gas- und Ölkraftwerke, Nuklearkraftwerke, Schienenfahrzeugbau, Elektrische Hochspannungsantriebe

Description:

Samicaflex® SI 366.18 is based upon a woven glass fabric with an impregnated muscovite micapaper.

Composition/Properties:

For RR and VPI impregnation High thermal stability Extreme flexibility For class H & C applications

Markets:

Windenergieanlagen, Wasserkraftwerke, Dieselmotor-Generator-Sätze, Kohlekraftwerke, Gas- und Ölkraftwerke, Nuklearkraftwerke, Elektrische Hochspannungsantriebe

Description:

Samicaflex® SI 366.19 is based upon a woven glass fabric with an impregnated muscovite micapaper.

Composition/Properties:

For RR and VPI impregnation High thermal stability Extreme flexibility For class H & C applications

Markets:

Windenergieanlagen, Wasserkraftwerke, Dieselmotor-Generator-Sätze, Kohlekraftwerke, Gas- und Ölkraftwerke, Nuklearkraftwerke, Schienenfahrzeugbau, Elektrische Hochspannungsantriebe

Description:

Samicaflex® SI 366.19-01 is based upon a woven glass fabric with an impregnated muscovite micapaper.

Composition/Properties:

Main wall insulation for Resin Rich technology For hydrostatic pressing With strong woven glass backing Excellent electrical properties

Markets:

Windenergieanlagen, Wasserkraftwerke, Dieselmotor-Generator-Sätze, Kohlekraftwerke, Gas- und Ölkraftwerke, Nuklearkraftwerke, Elektrische Hochspannungsantriebe

Description:

Samicatherm 366.24-29 ® is based upon a woven glass fabric, calcined mica paper and a thermosetting epoxy resin as binder.

Composition/Properties:

Main wall insulation for Resin Rich Technology Good flexibility and conformability With interleaving foil High electrical properties

Markets:

Windenergieanlagen, Wasserkraftwerke, Dieselmotor-Generator-Sätze, Kohlekraftwerke, Gas- und Ölkraftwerke, Nuklearkraftwerke, Elektrische Hochspannungsantriebe

Description:

Samicatherm® 366.28 is based upon a woven glass fabric, calcined mica paper and a thermosetting epoxy resin as binder.

Composition/Properties:

Main wall insulation for Resin Rich Technology Good flexibility and conformability Without interleaving foil High electrical properties

Markets:

Windenergieanlagen, Wasserkraftwerke, Dieselmotor-Generator-Sätze, Kohlekraftwerke, Gas- und Ölkraftwerke, Nuklearkraftwerke, Elektrische Hochspannungsantriebe

Description:

Samicatherm® 366.28-02 is based upon a woven glass fabric, calcined mica paper and a thermosetting epoxy resin as binder.

Composition/Properties:

Main wall insulation for Resin Rich Technology Good flexibility and conformability Without interleaving foil High electrical properties

Markets:

Windenergieanlagen, Wasserkraftwerke, Dieselmotor-Generator-Sätze, Kohlekraftwerke, Gas- und Ölkraftwerke, Nuklearkraftwerke, Elektrische Hochspannungsantriebe

Description:

Samicatherm® 366.28-03 is based upon a woven glass fabric, calcined mica paper and a thermosetting epoxy resin as binder.

Composition/Properties:

Main wall insulation for Resin Rich Technology Good flexibility and conformability With interleaving foil High electrical properties

Markets:

Windenergieanlagen, Wasserkraftwerke, Dieselmotor-Generator-Sätze, Kohlekraftwerke, Gas- und Ölkraftwerke, Nuklearkraftwerke, Elektrische Hochspannungsantriebe

Description:

Samicatherm® 366.28-05 is based upon a woven glass fabric, calcined mica paper and a thermosetting epoxy resin as binder.

Composition/Properties:

Main wall insulation for Resin Rich Technology Good flexibility and conformability Without interleaving foil High electrical properties

Markets:

Windenergieanlagen, Wasserkraftwerke, Dieselmotor-Generator-Sätze, Kohlekraftwerke, Gas- und Ölkraftwerke, Nuklearkraftwerke, Elektrische Hochspannungsantriebe

Description:

Samicatherm® 366.28-06 is based upon a woven glass fabric, calcined mica paper and a thermosetting epoxy resin as binder.

Composition/Properties:

Main wall insulation for Resin Rich Technology Good flexibility and conformability Higher mica paper content High electrical properties

Markets:

Windenergieanlagen, Wasserkraftwerke, Dieselmotor-Generator-Sätze, Kohlekraftwerke, Gas- und Ölkraftwerke, Nuklearkraftwerke, Elektrische Hochspannungsantriebe

Description:

Samicatherm® 366.32 is based upon a woven glass fabric, uncalcined mica paper and a thermosetting epoxy resin as binder.

Composition/Properties:

Main wall insulation for Resin Rich Technology Good flexibility and conformability Higher mica paper content High electrical properties

Markets:

Windenergieanlagen, Wasserkraftwerke, Dieselmotor-Generator-Sätze, Kohlekraftwerke, Gas- und Ölkraftwerke, Nuklearkraftwerke

Description:

Samicatherm® 366.32-02 is based upon a woven glass fabric, uncalcined mica paper and a thermosetting epoxy resin as binder.

Composition/Properties:

Main wall insulation for Resin Rich Technology Good flexibility and conformability With stronger more open weave glass backing High electrical properties

Markets:

Windenergieanlagen, Wasserkraftwerke, Dieselmotor-Generator-Sätze, Kohlekraftwerke, Gas- und Ölkraftwerke, Nuklearkraftwerke

Description:

Samicatherm® 366.33-60 is based upon a woven glass fabric, uncalcined mica paper and a thermosetting epoxy resin as binder.

Composition/Properties:

Main wall insulation for Resin Rich Technology Good flexibility and conformability With stronger more open weave glass backing High electrical properties

Markets:

Windenergieanlagen, Wasserkraftwerke, Dieselmotor-Generator-Sätze, Kohlekraftwerke, Gas- und Ölkraftwerke, Nuklearkraftwerke

Description:

Samicatherm® 366.33-62 is based upon a woven glass fabric, uncalcined mica paper and a thermosetting epoxy resin as binder.

Composition/Properties:

Main wall insulation for Resin Rich Technology Good flexibility and conformability With stronger more open weave glass backing High electrical properties With interleaving foil

Markets:

Windenergieanlagen, Wasserkraftwerke, Dieselmotor-Generator-Sätze, Kohlekraftwerke, Gas- und Ölkraftwerke, Nuklearkraftwerke

Description:

Samicatherm® 366.33-63 is based upon a woven glass fabric, uncalcined mica paper and a thermosetting epoxy resin as binder.

Composition/Properties:

Main wall insulation for Resin Rich Technology Good flexibility and conformability With stronger more open weave glass backing High electrical properties

Markets:

Windenergieanlagen, Wasserkraftwerke, Dieselmotor-Generator-Sätze, Kohlekraftwerke, Gas- und Ölkraftwerke, Nuklearkraftwerke

Description:

Samicatherm® 366.33-65 is based upon a woven glass fabric, uncalcined mica paper and a thermosetting epoxy resin as binder.

Composition/Properties:

Main wall insulation for Resin Rich Technology Good flexibility and conformability Film backed material High electrical properties

Markets:

Windenergieanlagen, Wasserkraftwerke, Dieselmotor-Generator-Sätze, Kohlekraftwerke, Gas- und Ölkraftwerke, Nuklearkraftwerke, Elektrische Hochspannungsantriebe

Description:

Samicatherm® P 315.20 is based upon a polyester film, calcined mica paper and a thermosetting epoxy resin as binder.

Composition/Properties:

Main wall insulation for Resin Rich Technology Good flexibility and conformability Film backed material High electrical properties

Markets:

Windenergieanlagen, Wasserkraftwerke, Dieselmotor-Generator-Sätze, Kohlekraftwerke, Gas- und Ölkraftwerke, Nuklearkraftwerke, Elektrische Hochspannungsantriebe

Description:

Samicatherm® P 315.20-02 is based upon a polyester film, calcined mica paper and a thermosetting epoxy resin as binder.