 |
|
 |
In the E-LFT process, the EF strip can be
inserted in load-orientated manner and adapted to the component design.
It is thus possible to position the EF strips in virtually any form.
This process characteristic makes it possible to match the reinforcements
(EF) optimally to the forces occurring. One central aspect is multiple
insertion of EF strips. Since the components frequently feature more
than two points of force admission, it is generally necessary to fit
several EF strips. The E-LFT process is the only process allowing
EF strips to be inserted crossed, thus forming real braced structures. |
 |
|
 |
|
 |
|
|
Various EF cross-sections sizes
are necessary depending on requirements. The existing EF system allows
EF strips to be incorporated individually in relation to geometry
and range of properties. Whilst the EF strips in the E-LFT component
are responsible for strength, the LFT is used for shaping and function
integration, besides embedding of these strips. The design freedom
is very broad in this case. |
|
|
|
|
|
|
 |
|
