Page 69 - 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. 69
eral-‐plant-‐fibre
composite
coating
as
a
cellular
wood
protector
against
fire
Andris
Morozovs1,
Edgars
Bukšāns2
and
Uldis
Spulle3
1Liela
iela,
2,
Jelgava,
LV-‐3001,
Latvia,
Latvia
University
of
Agriculture,
e-‐mail:
andris.morozovs@llu.lv
2Dobeles
iela,
41,
Jelgava,
LV-‐3001,
Latvia,
Latvia
University
of
Agriculture,
e-‐mail:
edgars.buksans@llu.lv
3Dobeles
iela,
41,
Jelgava,
LV-‐3001,
Latvia,
Latvia
University
of
Agriculture,
e-‐mail:
uldis.spulle@llu.lv
Keywords:
clay,
plant
fibre,
plant
or
animal
protein,
reaction
to
fire,
cone
calorimeter
tests
An
objective
of
construction
development
is
cutting
down
of
wood
and
woody
material
buildings
production
and
mounting
expenditures.
Those
are
aroused
by
raw
materials
large
mass
and
great
energy
consumption
during
manufacturing
and
mounting,
as
well
as
negative
impact
to
environment
by
transportation
and
capital
construction
technologies
that
increase
hazardous
effluents
in
atmosphere.
Specific
aim
of
construction
development
by
Latvia
University
of
Agriculture
is
design
of
the
innovative
self-‐load-‐bearing
panel
and
construction
elements
from
cell-‐like
wood
material
products
and
their
mounting
technologies
improvement.
Light
weight
construction
decreases
mounting
costs
thereby
improving
efficiency
of
building
technologies
and
decrease
energy
demand.
Cellular
wood
material
Dendrolight®
is
an
alternative
to
decrease
the
mass
average
material
density
in
wood
construction
an
average
of
200
kg
m-‐3
A
drawback
of
cellular
construction
is
good
air
supply
in
the
material’s
cellular
structure
that
decreases
its
fire
safety
parameters
(Buksans
et
al.
2013).
The
coating
on
the
bases
of
inorganic
components
and
plant
fibre
material
was
designed
with
the
objective
to
improve
wood
cellular
material
reaction
to
fire
performance
(Morozovs
et
al.
2014).
The
reaction
to
fire
wood
cellular
material
with
the
above
mentioned
coating
(Fig.
1)
corresponded
to
class
B
according
EN
13823.
The
fire
performance
of
coated
material
will
be
discussed.
57
composite
coating
as
a
cellular
wood
protector
against
fire
Andris
Morozovs1,
Edgars
Bukšāns2
and
Uldis
Spulle3
1Liela
iela,
2,
Jelgava,
LV-‐3001,
Latvia,
Latvia
University
of
Agriculture,
e-‐mail:
andris.morozovs@llu.lv
2Dobeles
iela,
41,
Jelgava,
LV-‐3001,
Latvia,
Latvia
University
of
Agriculture,
e-‐mail:
edgars.buksans@llu.lv
3Dobeles
iela,
41,
Jelgava,
LV-‐3001,
Latvia,
Latvia
University
of
Agriculture,
e-‐mail:
uldis.spulle@llu.lv
Keywords:
clay,
plant
fibre,
plant
or
animal
protein,
reaction
to
fire,
cone
calorimeter
tests
An
objective
of
construction
development
is
cutting
down
of
wood
and
woody
material
buildings
production
and
mounting
expenditures.
Those
are
aroused
by
raw
materials
large
mass
and
great
energy
consumption
during
manufacturing
and
mounting,
as
well
as
negative
impact
to
environment
by
transportation
and
capital
construction
technologies
that
increase
hazardous
effluents
in
atmosphere.
Specific
aim
of
construction
development
by
Latvia
University
of
Agriculture
is
design
of
the
innovative
self-‐load-‐bearing
panel
and
construction
elements
from
cell-‐like
wood
material
products
and
their
mounting
technologies
improvement.
Light
weight
construction
decreases
mounting
costs
thereby
improving
efficiency
of
building
technologies
and
decrease
energy
demand.
Cellular
wood
material
Dendrolight®
is
an
alternative
to
decrease
the
mass
average
material
density
in
wood
construction
an
average
of
200
kg
m-‐3
A
drawback
of
cellular
construction
is
good
air
supply
in
the
material’s
cellular
structure
that
decreases
its
fire
safety
parameters
(Buksans
et
al.
2013).
The
coating
on
the
bases
of
inorganic
components
and
plant
fibre
material
was
designed
with
the
objective
to
improve
wood
cellular
material
reaction
to
fire
performance
(Morozovs
et
al.
2014).
The
reaction
to
fire
wood
cellular
material
with
the
above
mentioned
coating
(Fig.
1)
corresponded
to
class
B
according
EN
13823.
The
fire
performance
of
coated
material
will
be
discussed.
57
