FLUOROSINT®'s unique properties are the result of
a proprietary process in which synthetically manufactured mica
is chemically linked to PTFE. This bonding results into a load
carrying capability and thermal expansion rate not normally
attainable in reinforced PTFE. The chemical and temperature
resistance inherent in PTFE are practically retained.
Main characteristics:
high max. allowable service temperature in air
(continuously 260°C)
excellent chemical and hydrolysis resistance
good wear resistance
low coefficient of friction
very good dimensional stability
physiologically inert (only applies to FLUOROSINT®
207)
good electrical insulating properties
oustanding UV and weather resistance
inherent low flammability
FLUOROSINT® 500 (PTFE + mica) (ivory)
FLUOROSINT® 500 has nine times
greater resistance to deformation under load than unfilled PTFE
(tested according to ASTM D 621; stress of 14 MPa of 50°C). Its
coefficient of linear thermal expansion approaches the expansion
rate of aluminium and is 1/5 that of virgin PTFE. It is
considerably harder than virgin PTFE, has better wear
characteristics and maintains low frictional properties.
FLUOROSINT® 500 is also nonabrasive to most mating
materials.
FLUOROSINT 500
Material data sheet
A list of the most common Sizes etc that are readily
available as standard items can be down loaded
here
FLUOROSINT 207 (PTFE
+ mica) (white)
The composition of the raw material used for
the production of FLUOROSINT® 207 is suited for food
contact according to the EU/FDA regulations. In combination with
a good mechanical performance and an inherent outstanding
chemical and hydrolysis resistance, this feature opens numerous
application possibilities in food, pharmaceutical and medical
industries
FLUOROSINT 207
Material data sheet
A list of the most common Sizes etc that are readily
available as standard items can be down loaded
here
FLUOROSINT® is a registered trade mark of DSM
Engineering Plastics Products.
The information given here is
believed to be correct, but
completeness and accuracy are
not guaranteed. The user shall
be fully responsible for
determining the suitability of
products for the intended use.
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