Von Roll Rag Mylar® Duplex Polyester Film Laminate Roll, 11 Mil x 0.55", MFR ID RM101X.55
MFR #:Rag Mylar®-ROL
EIS #:RM101X.55
Series #:Rag Mylar®-ROL
MFR #:Rag Mylar®-ROL
EIS #:RM101X.55
Series #:Rag Mylar®-ROL
Available to Order
Min Qty:1
|
Qty Increment:1
more info
These laminates are available in duplex constructions. Acuflex® rag paper/polyester film laminates are constructed from 100% pure cotton rag paper and electrical grade polyester film bonded with Von Roll Isola's Thermal Bond adhesive system.
$13.08 / Square YD
Min Qty:1
|
Qty Increment:1
more info
These laminates are available in duplex constructions. Acuflex® rag paper/polyester film laminates are constructed from 100% pure cotton rag paper and electrical grade polyester film bonded with Von Roll Isola's Thermal Bond adhesive system.
Product Options
Showing 5 out of 5 options
Page 1 of 1
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Thickness:
9 mil
Width:
36 Inch
EIS Part #:
RM72A
$ / Square YD
Thickness:
12 mil
Width:
36 Inch
EIS Part #:
RM102A
$ / Square YD
Thickness:
11 mil
Width:
2.85 Inch
EIS Part #:
RM101X2.85
$ / Square YD
Thickness:
11 mil
Width:
0.629 Inch
EIS Part #:
RM101X.629
$ / Square YD
Thickness:
11 mil
Width:
0.55 Inch
EIS Part #:
RM101X.55
$ / Square YD
Page 1 of 1
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Attributes
Applications
Features
Attributes
General Information
Item NamePolyester Film Laminate
Trade NameVon Roll
SeriesRag Mylar®-ROL
General Features
TypeDuplex
Design & Construction
Insulation TypeClass B
Performance Details
Tensile Strength140 lb/Inch
Electrical Properties
Dielectric Strength6000 V
Physical Properties
Thickness11 Mil
Width0.55 Inch
Environmental Condition
Temperature Rating130 °C
Applications
Motors
Generators
Transformers
Sub-Fractional to the Largest Rotating Electrical Equipment as Slot, Phase and End-Turn Insulation
Ground and Wrapper Insulation in Dry-type Transformers
Formed and Fabricated Parts
Features
Tough, affordable laminates for a wide variety of applications
Excellent resistance to cut-through and edge tear
Many UL systems including Acuflex laminates are available for Class B-130 °C, Class F-155 °C, may often be used as secondary insulation through Class H-180 °C
Wide range of constructions to optimize mechanical and electrical designs