DuPont NMN A Triplex Flexible Laminate Roll, 21 Mil x 36" x 36 yd
EIS #:NMN5105A
EIS #:NMN5105A
Out of Stock
Min Qty:1
|Qty Increment:1
NMN laminates are 3-ply laminates constructed of calendered Nomex paper bonded to polyester film with a proprietary high-temperature adhesive system. These laminates will not delaminate or blister at high temperatures. NMN laminates are 3-ply laminates constructed of calendered Nomex paper bonded to polyester film with a proprietary high-temperature adhesive system. These laminates will not delaminate or blister at high temperatures.
$61.74 / Square YD
Min Qty:1
|Qty Increment:1
NMN laminates are 3-ply laminates constructed of calendered Nomex paper bonded to polyester film with a proprietary high-temperature adhesive system. These laminates will not delaminate or blister at high temperatures. NMN laminates are 3-ply laminates constructed of calendered Nomex paper bonded to polyester film with a proprietary high-temperature adhesive system. These laminates will not delaminate or blister at high temperatures.
- Attributes
- Features
- Applications
Attributes
General Information
Item NameFlexible Laminate
Trade NameDupont
SeriesNomex® Mylar® Nomex®-ROL-A
General Features
TypeTriplex
Design & Construction
Insulation TypeClass H
Performance Details
Tensile Strength275 lb/Inch
Electrical Properties
Dielectric Strength22000 V
Physical Properties
Length36 Yard
Thickness21 mil
Width36 Inch
Environmental Condition
Temperature Rating180 °C
Features
- Cost-effective
- Motor manufacture and repair facilities like the ability to standardize on NMN and use one insulation material for all motors
- High dielectric strength
- Good initial tear strength and tensile properties
- Long-term thermal stability
- Volume Resistivity: 10^15 Ohm-cm
- Tensile Strength: 275 lb/Inch (MD), 235 lb/Inch (CD)
Applications
- Slot Liners, Wedges and Phase Insulation in Class H Motors and Generators as Well as in Large and Specialty Class F Motors
- Cost-Critical Designs
- Generators
- Transformers
- Ground and Wrapper Insulation in Dry-type Transformers