Page 70 - Kutnar, Andreja, et al., eds., 2015. Proceedings of the 1st COST Action FP1307 International Conference - Life Cycle Assessment, EPDs, and modified wood. University of Primorska Press, Koper.
P. 70
Figure
1:
Wood
cellular
material
with
mineral
and
plant
fibre
coating
after
reaction
to
fire
tests.
Heat
flow
50
kW
m-‐2
and
test
duration
1200
seconds
References
Buksans
E.,
Morozovs
A.,
Rudzītis
E.
2013.
Improvement
of
the
reaction
to
fire
performance
of
cellular
wood
material.
Pro
Ligna,
9,.4:
203-‐210.
Morozovs
A,
Bukšāns
E,
Domkins
A.
(2014)
Compositions
of
composites
on
base
of
inorganic
materials
and
fibres
and
their
application
for
wood
panel
protection
against
fire
impact.
Patent
14850
B.
Inventions,
Trademarks
and
Industrial
Designs.
Official
Issue
of
Patent
Office
of
the
Republic
of
Latvia
20.05.2014.,
602-‐603.
Acknowledgments:
Authors
thanks
the
European
Regional
Development
Fund
project
“Elaboration
of
innovative
self-‐
supporting
panels
and
building
elements
made
of
cellular
wood
material”
2010/0248/2DP/2.1.1.1.0/10/APIA/VIAA/019”
co-‐funded
by
European
Commission
and
the
State
Research
Program
4.1
for
financial
support,
as
well
as
the
Forest
and
Wood
Product
Research
and
Development
Institute
for
aid
to
carry
out
the
conical
calorimeter
tests.
58
