3M ThermaVolt® TVFTV Calendered Inorganic Insulating Paper Laminate Roll, 28 Mil x 36" x 115 yd
MFR #:7010413910
EIS #:TVFTV7147X36
Series #:ThermaVolt® TVFTV
MFR #:7010413910
EIS #:TVFTV7147X36
Series #:ThermaVolt® TVFTV
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ThermaVolt TVFTV calendered Inorganic Insulating Paper Laminates are inorganic-based calendered paper combined with PET film for high-temperature electrical insulation applications.
3M ThermaVolt TVFTV Calendered Inorganic Insulating Paper Laminate, Roll Configuration.
$66.06 / Square YD
Min Qty:1
|Qty Increment:1
ThermaVolt TVFTV calendered Inorganic Insulating Paper Laminates are inorganic-based calendered paper combined with PET film for high-temperature electrical insulation applications.
3M ThermaVolt TVFTV Calendered Inorganic Insulating Paper Laminate, Roll Configuration.
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 | Length: 115 Yard | Thickness: 28 mil | EIS Part #: TVFTV7147X36 | $ / Square YD |
- Attributes
- Applications
- Features
- Documents
Attributes
General Information
Item NameCalendered Inorganic Insulating Paper Laminate
Trade Name3M
SeriesThermaVolt® TVFTV
Design & Construction
Insulation TypeClass R
Performance Details
Moisture Absorption<1%
Tensile Strength327 lb/Inch
Physical Properties
Density1.5 g/cc
Elongation4% (MD), 6% (CD)
Length115 Yard
Thickness28 mil
Width36 Inch
Environmental Condition
Temperature Rating200 °C
Applications
- Ground and Layer Insulation in Dry-type Transformers
- Interwinding Insulation in Strip-Wound Coils and Electromagnet Coils
- Spiral-Wound Core Tubes
Features
- The inorganic content in ThermaVolt papers offers excellent thermal and dielectric stability, as well as long-term voltage endurance and low moisture absorption
- The calendering process yields a densified paper with high dielectric breakdown resistance and excellent thermal conductivity and the PET film enhaces the mechanical strength of the paper
- ThermaVolt TVF and TVFTV laminates are compatible with most commonly used impregnating varnishes and resins, and are easily impregnated, further enhancing thermal conductivity and coil bonding characteristics.
- Tensile Strength: 327 lb/Inch (MD), 269 lb/Inch (CD)