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TDS XPS RF 300-L

Description:

Fibran XPS RF 300-L, is a thermal insulation board made of extruded polystyrene, having a smooth surface and edges in a shape of letter “L” to prevent the formation of thermal bridges.

Applications:

Thermal insulation gives unconditional protection in humid environment or under extremely heavy mechanical load.

Thermal protection of classic flat roofs
Thermal protection in the systems of inverted flat roofs
Thermal protection in the systems of green roofs
Transformation of existent flat roofs under the system of inverted foors
Thermal insulation and hydro-membrane protection of cellar walls
Thermal protection of shop, warehouse and industrial floorings
Thermal protection of swimming pools.
Thermal protection of base plates.

Quality:

Products are tested in accordance with:

EN 13164
EN 13501 – 1
EN ISO 11925-2: 2002

At the following notified laboratory:

ZAG Ljubljana
FIW München
MPA BAU Hannover

Environmental protection:

Products FIBRAN xps are produced with environmentally friendly blowing agents
100% recyclable

Technical characteristics

XPS-EN 13164-T1-CS(10/Y); 300-DS(TH)-WL(T); 0,7-WD(v)3

Properties		Measure units	EN standard	300-L
Shape of profile				L
Surface				Smooth
Board dimension		mm	EN 822	1250/600
Thickness tolerance			EN 823	T1
Declared value of compressive strength at 10% deformation		kPa	EN 826	300
Declared thermal conductivity (after 25 years)	20mm≤d≤30mm	W/(m*K)	EN 12667	0.033
	40mm≤d≤50mm			0,036
	≥60mm			0,038
Long-term water absorption by immersion	Smooth surface	vol %	EN 12087	0.7
Water absorption by diffusion		vol %	EN 12088	3
Water vapor diffusion resistance factor		(-)	EN 12086	150-50
Temperature of use		° C		Од -50 до +75
Reaction to fire		Класа	EN 13501-1	E

Declaration code under EN 13164

XPS – abbreviation for extruded polystyrene
EN 13164 – number of European standard for extruded polystyrene thermal insulation material
Ti – declared level of thickness tolerance
CS(10/Y) – declared compressive strength at 10% deformation
DS(TH) – declared rate of dimensional stability under specified temperature and humidity conditions
TRi – Tensile strength perpendicular to faces σm
WL(T)i – declared rate of long-term water absorption by immersion
WD(V)i – declared rate of long-term water absorption by diffusion
MUi – declared water vapour diffusion resistance factor

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Frequently asked questions

Insulating from the inside of the walls

One of the most common methods of thermal insulation

The room warms up quickly
The added layer for insulation actually reduces the space inside the room
The outside wall is cold and potentially wet, which increases the risk of condensation and freezing
The very application of the insulation on the inside is rather disturbing for the people living there
The exposure to the thermal (cold) bridges, results with condensation and can cause occurrence of moisture and mold.

Outside thermal facade

The outside wall is warm and dry, and it increases the thermal performances of the building
The thermal bridges are removed, the risk of forming thermal (cold) bridges, condensation, mold, etc. is reduced
It is an ease construction, and is applied on the outside in a short time
Financially is the most optimal thermal insulation

How to apply TERMOPOR-F?

1.The surface (brick, concrete etc.) at which the TERMOPOR-F is applied, have to be cleaned off any dust or bumps.
2.At the bottom of the wall the cornering outline is applied whose dimensions depend on the thickness of the TERMOPOR-F panels, for example, if you use panels with 50mm thickness than the cornering outline has to be with 53mm thickness.
3.The cornering outline on the wall is strengthened with standard screws and wall-rivets. Eventually as a replacement of the cornering outlines can be used a wood lath whose thickness is compatible with the thickness of the TERMOPOR-F panels, that are used for the thermal insulation.
4.Along the strengthened cornering lath on the wall the rabitz net is glued, whose bottom end after the application of the first panel is flipped over it. For the net application, special glue for polystyrene is used.
5.TERMOPOR-F 20kg/m³ panels are glued on the wall in that way the glue is equally spread on every corner of the panel and on several other places on the panel.
6.Every new row begins at the middle of the previous panel.
7.After the application of all the TERMOPOR-F panels is complete, the next step is the application of cornering PVC outlines on all the openings of the facade (doors, windows etc.)
8.On the glued TERMOPOR-F panels a layer of glue is applied and in it the rabitz net is pressed (5*5mm). The net is applied in that way that there is overlapping.
9.By adding just a little more glue you move on to the final refining of the surface, and after 24 hours, with a roller, all over the surface, a layer of the founding matter is applied.
10.Few hours after the application of the founding matter is applied has been done, you can start with the application of the top layer of the facade, for which we use a smoothing tool.

Thermal insulation of the floor

1.surface must be clean and smooth
2.the surface need to be cover with prajmer - a cold liquid (when there is a need for hydro insulation)
3.hydro insulation is placed (when there is a need for hydro insulation)
4.diletaciona bar is placed
5.Termopor® panels are placed with 30kg/m³ density (for perfect condition 2 layers are needed)
6.PE foil is placed for cover
7.concrete layer is being placed (it is advisable to use thin wire network)