Engineering plastics â The Manual - F.wood-supply.dk
Engineering plastics â The Manual - F.wood-supply.dk
Engineering plastics â The Manual - F.wood-supply.dk
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160<br />
120<br />
80<br />
• Stress [MPa]<br />
40<br />
0<br />
0 5 10 15<br />
20<br />
• Strain [%]<br />
TECAPEEK PVX<br />
TECAPEEK TECAPEEK PVX GF 30<br />
TECAPEEK CF 30<br />
TECAPEEK GF30 TECAPEEK CF30<br />
Identifying characteristics: PEEK natural colour<br />
ˌˌColour beige, characteristic<br />
ˌˌLow flammability<br />
ˌˌExtinguishes after removing the flame<br />
ˌˌMinimal sooting<br />
ˌˌExtreme hardness and rigidity<br />
ˌˌDensity significantly > 1 g/cm³, sinks in water<br />
Products / Modifications<br />
TECAPEEK (PEEK)<br />
Unreinforced basic types<br />
TECAPEEK black (PEEK)<br />
Improved UV radiation for<br />
outdoor use<br />
TECAPEEK luminous red (PEEK)<br />
Signal and warning colour<br />
for industrial application,<br />
operating elements<br />
TECAPEEK CF30 (PEEK CF)<br />
Carbon fibre reinforced for<br />
high strength and rigidity,<br />
sliding properties<br />
TECAPEEK ELS nano (PEEK CNT)<br />
Electrically conductive with CNT<br />
TECAPEEK GF30 (PEEK GF)<br />
Glass fibre reinforced for<br />
high strength and rigidity<br />
TECAPEEK PVX (PEEK CS, CF, TF)<br />
With modified sliding properties<br />
for technical sliding applications<br />
with high loading capacity<br />
TECAPEEK HT black (PEK)<br />
Unreinforced, higher thermal<br />
mechanical loading capacity than<br />
PEEK<br />
TECAPEEK ST black (PEKEKK)<br />
Unreinforced, higher thermal<br />
mechanical loading capacity<br />
than PEK<br />
TECAPEEK CF30 MT (PEEK CF)<br />
Special type, carbon fibre<br />
reinforced, for high strength,<br />
biocompatible, black<br />
TECAPEEK CLASSIX white (PEEK)<br />
Special type for medical technology<br />
applications, suitable for 30 days<br />
of tissue contact, biocompatible<br />
TECAPEEK MT (PEEK)<br />
Natural version for medical<br />
technology, biocompatible<br />
TECAPEEK MT coloured (PEEK)<br />
Special types in a variety of<br />
colours for medical technology,<br />
biocompatible<br />
TECAPEEK ID blue<br />
(PEEK, detectable filler)<br />
modified for inductive detectability<br />
in food and pharmaceutical<br />
processes, suitable for food<br />
contact<br />
TECAPEEK TF10 (PEEK TF)<br />
Sliding properties modified with<br />
PTFE , suitable for contact with<br />
food<br />
TECAPEEK TS (PEEK, mineral)<br />
With mineral filler, high strength<br />
and rigidity, toughness, high<br />
degree of hardness and low<br />
thermal expansion<br />
TECATEC PEEK CW50 (PEEK CF)<br />
Reinforced with woven carbon<br />
fibre fabric, strength behaviour on<br />
the fabric level similar to steel,<br />
biocompatible<br />
TECATEC PEKK CW60 (PEKK CF)<br />
Reinforced with woven carbon<br />
fibre fabric, strength behaviour<br />
on the fabric level similar to steel,<br />
biocompatible<br />
Application examples<br />
Polyaryletherketones are a high-performance polymer<br />
group, each member of which has an array of unusual<br />
properties and behaviours, making this a highly important<br />
source of materials for modern technology and industry.<br />
TECAPEEK (PEEK) plays an outstanding role among this<br />
group.<br />
Sliding components, guide rollers, chain guides in ovens,<br />
tank linings, thermoformed parts, various components for<br />
food, drinking water, medical, pharmaceutical and biotechnological<br />
use, packaging plants, semi-conductor technology<br />
and microelectronics, nuclear and x-ray technology, gas<br />
and oil exploration and conveying, aerospace applications,<br />
gears and engine building<br />
Summary<br />
Compared to TECAPEEK (PEEK), the melting and glass<br />
transition temperatures and strength levels of TECAPEEK<br />
HT (PEKEKK) are higher.<br />
Its chemical resistance is tendentially better. <strong>The</strong> hydrolysis<br />
resistance of polyaryletherketones to superheated steam is<br />
greater than is the case with high-temperature <strong>plastics</strong> PI<br />
and PAI. Compared to PEI, their alkali resistance at high<br />
temperatures is an outstanding feature.<br />
<strong>The</strong> special materials of the TECATEC family offer extreme<br />
mechanical strength and thermal dimensional stability due<br />
to the carbon fibre fabric.<br />
<strong>The</strong> PAEK-based polymer matrix also provides high resistance<br />
to superheated steam and chemicals, making<br />
TECATEC ideal for use in medical technology applications.<br />
37