 |
For
interior walls |
|
For
exterior walls |
|
Reinforcing
fabric |
|
|
| |
 |
| |
| Vitrulan®
glass mesh |
| Glass
is the principal raw material in Vitrulan®
glass mesh. This inorganic basic material
has excellent fireproofing characteristics
and high strength with minimal expansion. |
| The
minimal content of organic bonding materials,
the absence of softeners and the offer of
a fire-retardant option make the Vitrulan®
glass mesh practically non-flammable. This
also effectively reduces smoke gas generation. |
| With
its uniform and regular structure, Vitrulan®
glass mesh has a very attractive appearance.
Its balanced structure ensures uniform absorbtion
of stresses and high diagonal stability. |
| In
comparison to glass knitted fabric and pressed
glass fabrics, Vitrulan® fibre glass meshes
are very strong and much thinner than leno
cloth. |
|
|
| Vitrulan®
glass tissue + glass fabric compounds |
| Vitrulan®
glass tissue + glass fabric compounds combine
the excellent characteristics of glass mesh
with the flatness of fibre tissue. This random
arrangement of fibres on the glass tissue
+ glass fabric not only increases stress handling
characteristics but also give you a clean,
sealed surface capable of further processing. |
| Glass
mesh/fibre tissues can be joined without using
additional adhesive. It is water-based, solvent-free
and temperature-resistant (no hotmelt). |
| The
outer fibre glass mesh reliably protects the
fibre tissue. This has special advantages
in case of "memory effect" problems. |
|
|
| Vitrulan®
fibre glass mesh is used in the following: |
| Foils: |
 |
to
minimize shrinkage |
|
to
limit expansion |
|
to
increase tensile strength |
|
to
optimize protection against fire |
|
| Boards for building
construction: |
|
for
stabilisation |
|
for
improved handling |
|
for
long-term reinforcement |
|
| Compounds in
other words |
| The combination
of glass mesh and glass mat fibre offers excellent
conditions for use through: |
|
|
absolutely
flat coating surface |
|
ideal
conditions for acoustic insulation |
|
surfaces
capable of further processing |
|
|
|
|
|
| Internal
mesh width |
(±
10 %) |
|
|
|
|
|
|
| Standard
lengths |
(±
10 %) |
|
|
|
Weight
per sqm
(DIN 53 854) |
(±
10 %) |
|
|
|
|
|
|
Glas
at fibre
(DIN 53 854) |
(±
10 %) |
|
|
|
Maximum
tensile load
(DIN 53857 T1) |
|
|
>
800 N/5 cm |
>
800 N/5 cm |
|
|
>
1000 N/5 cm |
>
1000 N/5 cm |
|
|
| Maximum
tensile strength (DIN
53857 T1) |
|
|
|
|
|
|
| Residual
strength as per EOTA-Testing method
> 50 % |
|
|
|
|
|
|
|
| The details contained in this
Technical Information Sheet reflects our level of knowledge
at the time of puplication. We expressly reserve the right
to make changes to keep step with technological advances. |
|
|
