High Performance Film
Punched and formed parts of Mylar®
Product Description:
A complete line of strong, durable polyester films with many applications in packaging and in the wire and cable industry.
Uses:
Reprographic films for engineering reproduction, graphic arts, and microforms.
- WIRE AND CABLE:
- Telephone and telecommunications cables
- Power and control cables
- Flat and under-carpet cables
- Audio, video, and instrumentation wiring
- Magnetic media base for audio, video, and computer tapes
- Electrical insulation
- Flex circuits and membrane switches
Opened motor insulated with Mylar®
Polyester Film
Product Description:
A complete line of strong, durable polyester films with many applications in packaging and in the wire and cable industry.
Uses:
Reprographic films for engineering reproduction, graphic arts, and microforms
- PACKAGING FILM:
- Substrates for printing, laminating, and extrusion coating
- Boil-in-bag structures and other food packaging
- Medical equipment sealing
- Hardware sealing
- Retort packing
- Overwrapping and lidding applications
- Packaging for foods needing extended shelf life
Art Product
Product Description:
For exhibition crates and air transport when multiple protection features, such as water resistance and slowing rapid changes in humidity, are important.
Teonex® High-Temperature Polyester Film (PEN Film)
TEONEX® Q51 is a high-temperature polyester film supplied by Dupont based on polyethylene naphthalate (PEN).
* DuPont's developmental product based on polyethylene naphthalate.
HIGH-PERFORMANCE ELECTRIC MOTOR FILM - TYPE HPMO
MYLAR ® HPMO For The Electric Motor Industry
Product Description
Mylar polyester film type HPMO is a high-performance (HP) version of type MO electrical
insulation film. Tests clearly demonstrate that Mylar HPMO is superior to all standard and
competitive low oligomer motor films in meeting the needs of the electric motor industry.
Mylar HPMO is characterized by a lower extractable content than standard film and has
a thermal and hydrolytic stability surpassing all competitive motor films.
Application
The low extractable content and expectional hydrolytic and thermal stability of Mylar HPMO
make this film ideally suited for use in hermetic and some open motors that experience higher
operating temperatures and/or moisture levels. In addition, tests show that Mylar HPMO
should possess enchanced resistance to high temperature cut through by magnet wire,
which can lead to motor failure during thermal excursions.
Typical Properties
Extractable content of Mylar HPMO, as determined by 24-hr extraction in boiling xylene,
does not exceed 0.5%. Its hydrolytic stability, as measured in boiling water, is twice that
of current standard films and 1.3 times that of all competitive low extractable films.
Thermal stability, as determined in 160 º C (320 º F) air, is five times that of standard films and
twice that of competitive low extractable films. The excellent mechanical properties, forming
capability, shrinkage, delamination resistance, and dielectric properties of Mylar MO are
maintained with HPMO.
Because the DuPont Company cannot anticipate or control
the many different conditions under which this information and/or
product may be used, it does not guarantee the applicability
or the accuracy of this information or the suitability of
its products in any given situation. Users of DuPont products
should make their own tests to determine the suitability of
each such product for their particular purposes. The data listed
herein falls within the normal range of product properties but
they should not be used to establish specification limits
or used alone as the basis of design. Disclosure of
this information is not a license to operate or a recommendation
to infringe a patent of DuPont or others.
Copyright © 1995, 1996 E. I. du Pont de Nemours and Company
1007 Market Street, Wilmington, Delaware 19898, USA
All Rights Reserved
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