Mica Paper

Description: IEC 60371-3-2:2006 gives requirements for electrical insulating materials made from mica paper which is to be processed for built-up mica materials according to IEC 60371-1, such as rigid flat mica materials, flexible mica materials, curable flexible mica

Description: Type 418 is produced by intimately blending mica platelets with Nomex®. It is available in thicknesses from 0.08 to 0.36 mm (3 to 14 mil), and is designed for high-voltage applications, including motor conductor and coil wrap, and transformer ground and layer insulation. Nomex® Type 418

• Basis Weight: 89.2 to 397 gsm
• Dielectric Strength: 3.03E7 to 6.30E7 V/m
• Electrical Resistivity: 1.00E14 to 1.00E17 ohm-cm
• Industrial: Electrical / Electronics

Description: Birk's mica heaters are designed for applications that require higher-than-normal watt densities and fast temperature recovery. Our customized mica heaters have shaded watt densities for even heat distribution. These heaters are manufactured with specialized phlogopite (mica

• Fuel / Energy Source: Electric
• Heater Type: Other

Description: 1.1 These methods cover procedures for sampling and testing untreated mica paper to be used as an electrical insulator or as a constituent of a composite material used for electrical insulating purposes. 1.2 The procedures appear in the following order:

Description: Nomex® 818 (50% mica) is designed for high-voltage applications, including: motor conductor and coil wrap, and transformer ground and layer insulation. It has high inherent dielectric strength (30 kV/mm [760 V/mil] to 40 kV/mm [1,015 V/mil]), but can also be readily impregnated with varnishes

• Dielectric Strength: 3.15E6 V/m
• Industrial: Electrical / Electronics
• Industrial Paper: Electrical Insulation / Separators
• Maximum Use Temperature: 482 F

Description: 1.1 These methods cover procedures for sampling and testing untreated mica paper to be used as an electrical insulator or as a constituent of a composite material used for electrical insulating purposes. 1.2 The procedures appear in the following order: 1.3 The values stated in

Description: 1.1 These methods cover procedures for sampling and testing untreated mica paper to be used as an electrical insulator or as a constituent of a composite material used for electrical insulating purposes. 1.2 The procedures appear in the following order: 1.3 The values stated in

Description: 1.1 These methods cover procedures for sampling and testing untreated mica paper to be used as an electrical insulator or as a constituent of a composite material used for electrical insulating purposes. 1.2 The procedures2 appear in the following order: 1.3 The values

Description: This specification covers material having a nominal thickness from 0,05 mm to 0,15 mm, supplied either in the form of sheets or rolls. The contents of the corrigendum of August 1995 have been included in this copy.

Description: Gives requirements for materials made by combining mica paper with a single polyester film and impregnating the mica paper with an epoxy resin. The material is supplied in a flexible state for final cure after application in the form of sheets or rolls.

Description: Gives requirements for materials made by combining mica paper with glass fabric and impregnating the mica paper with an epoxy resin. The material is supplied in a flexible state for final cure after application in the form of sheets or rolls.

Description: IEC 60371-3-2:2006 gives requirements for electrical insulating materials made from mica paper which is to be processed for built-up mica materials according to IEC 60371-1, such as rigid flat mica materials, flexible mica materials, curable flexible mica

Description: Gives definitions of terms used to describe built-up mica materials, products based on them and on mica paper.

Description: Defines the methods of test which are applicable to built-up mica materials, products based on them and mica paper.

Description: Applies to several types of rigid materials based on mica splittings or mica paper for commutator separators.

Description: Nomex® 818 (50% mica) is designed for high-voltage applications, including: motor conductor and coil wrap, and transformer ground and layer insulation. It has high inherent dielectric strength (30 kV/mm [760 V/mil] to 40 kV/mm [1,015 V/mil]), but can also be readily impregnated with varnishes

• Features: Electrical Power / HV
• Material Form: Hollow / Tubular Stock, Nonwoven Product, Polymer (Plastic / Elastomer), Sleeving / Wrap

Description: MICA PAPER FOR ELECTRICAL INSULATING MATERIALS

Description: UNTREATED MICA PAPER USED FOR ELECTRICAL INSULATION

Description: INSULATION SHEET, ELECTRICAL, MICA PAPER, SILICONE BONDED

Description: INSULATING MATERIALS BASED ON MICA PART 3: SPECIFICATIONS FOR INDIVIDUAL MATERIALS - SHEET 2: MICA PAPER

Description: Sauereisen Electric Resistor Cement No. 78 is an ideal electrical refractory cement for coating resistors, coils, electric heating elements, furnaces, and embedding resistance wire. It replaces insulating varnish, enamel, mica, etc. The cement is also available in powder form known as

• Chemical / Polymer System Type: Ceramic / Inorganic Cement
• Composition: Unfilled
• Cure Type / Technology: Air Setting / Film Drying
• Dielectric Constant (Relative Permittivity): 3.4 to 4.5

Description: form laminates with other materials, such as DuPont™ Nomex® paper or mica insulations, to provide a tailored electrical insulation property. Applications • AC Inverter Duty Motors • Rail, Automotive Traction Motors • Hydro, Wind Power Generators • Transformers

• Applications: Other
• Applications & Features: Dielectric
• Materials Processed: Specialty / Other

Description: electrically insulating adhesive at cryogenic temperatures, and is often used as a calorimeter cement. VGE-7031 is compatible when dry with a wide variety of materials, including cotton, Dacron® polyester fiber, nylon glass tapes, laminates, Mylar® polyester film, mica products, polyester