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Aluminum laminate surface

FF-PIR ALK INSULATION PANELS WITH TONGUE AND GROOVE ON ALL SIDES

FF-PIR ALK insulation panels can be used for thermal insulation in both repair and new construction. FF-PIR panels can be used as thermal insulation in various roofs and walls as well as saunas. The declared thermal conductivity (λD) of the panels is 0.022 W/mK, which means that the best possible insulation capacity for a structure can be ensured using thinner insulation panels. The panel is covered with a diffusion-proof aluminum laminate surface on both sides. The panels also function as vapor barrier within the structure, which means that the installation of a separate vapor barrier layer is not required. If the entire structure is built using FF-PIR insulation, a separate wind-protective layer on the outside of the structure is also not needed. The fire class of the insulating foam component of FF-PIR insulation is D-s2, d0. FF-PIR insulation panels are produced in widths ranging from 20 to 240 mm at 10 mm intervals, and most thicknesses are readily available as stock products. The panels measure 600 x 2 400 mm, which allows for easy transportation and relocation in narrow spaces. The panels can also be installed horizontally in relation to the frame studs.

Material:
Foam: Polyurethane (polyisocyanurate)
Coating: The insulation of covered on both sides by diffusion-proof aluminum laminate
Color: Foam color mint green

Product	Size	Units/package	Packages/pallet
FF-PIR 30 ALK	30 x 600 x 2400 mm	10	8
FF-PIR 40 ALK	40 x 600 x 2400 mm	10	6
FF-PIR 50 ALK	50 x 600 x 2400 mm	8	6
FF-PIR 70 ALK	70 x 600 x 2400 mm	6	6
FF-PIR 80 ALK	80 x 600 x 2400 mm	5	6
FF-PIR 90 ALK	140 x 600 x 2400 mm	4	6
FF-PIR 100 ALK	100 x 600 x 2400 mm	4	6
FF-PIR 120 ALK	120 x 600 x 2400 mm	3	6
FF-PIR 130 ALK	130 x 600 x 2400 mm	3	6
FF-PIR 140 ALK	140 x 600 x 2400 mm	3	6
FF-PIR 150 ALK	150 x 600 x 2400 mm	2	8
FF-PIR 160 ALK	160 x 600 x 2400 mm	2	8
FF-PIR 200 ALK	200 x 600 x 2400 mm	2	6
FF-PIR 240 ALK	240 x 600 x 2400 mm	2	6

The minimum order for products with special dimensions or a thickness / method of fitting not listed in the price catalog is 30 m³. All products are available with a flat edge, rabbet or tongue and groove. The delivery amount for any FF-PIR special product may vary by +0–30 m² in relation to the ordered amount.

Thermal conductivity: λ declared 0.022 W/mK
Method of fitting: Tongue and groove on all sides
Coating: Diffusion-proof aluminum laminate

FF-PIR ALK TÄYSPONTATTU

FF-PIR ALI SUORAREUNAINEN

FF-PIR ALI INSULATION PANELS WITH FLAT EDGE ON ALL SIDES

FF-PIR ALI insulation panels can be used for thermal insulation in both repair and new construction. FF-PIR panels can be used as thermal insulation in various roofs, walls, and saunas. In addition, the panels can also be used as thermal insulation panels for windows, doors, and ventilators. The declared thermal conductivity (λD) of the panels is 0.022 W/mK, which means that the best possible insulation capacity for a structure can be provided using thin insulation panels. The panel is covered with a diffusion-proof aluminum laminate surface on both sides. The fire class of the insulating foam component of FF-PIR insulation is D-s2, d0.

Product	Size	Units/package	Packages/pallet
FF-PIR 20 ALI	20 x 600 x 2400 mm	20	6
FF-PIR 50 ALI	50 x 600 x 2400 mm	8	6
FF-PIR 100 ALI	100 x 600 x 2400 mm	4	6
FF-PIR 150 ALI	150 x 600 x 2400 mm	2	8

Thermal conductivity: λ declared 0.022 W/mK
Method of fitting: Flat edge
Coating: Diffusion-proof aluminum laminate

FF-PIR 40 ALS RENOVATION PANEL

FF-PIR 40 ALS is a renovation board with joints on the longer edges into which a 20 x 100 mm board or plywood strip is installed, to which new interior cladding can be easily fixed. Panel size on 40 x 600 x 2600 mm. The panel has a diffusion-proof aluminum laminate surface on both sides. The FF-PIR 40 ALS renovation panel was designed for supplementary thermal insulation in interior walls and roofs. The FF-PIR 40 ALS renovation panel functions as thermal insulation and vapor barrier within the structure. The declared thermal conductivity of FF-PIR insulation products is 0.022 w/mk. Particularly in renovation projects, this allows for maximal utilization of living space without thick insulation. FF-PIR insulation products can be used to easily create leak-proof structures, which is very important from the perspective of energy efficiency.

Product	Size	Units/package	Packages/pallet
FF-PIR 40 ALS	40 x 600 x 2600 mm	10	6

Thermal conductivity: λ declared 0.022 W/mK
Method of fitting: Edges of the panel feature grooves for 20 ×100 mm wood strips
Coating: Diffusion-proof aluminum laminate

FF-PIR 100 AND 150 K600 PANELS FOR USE BETWEEN STUDS

The FF-PIR 100 and 150 k600 insulation panels were designed to be installed in between studs. The panel size is 100/150 x 520 x 2 600 mm. The panels are designed for 600 mm stud spacing (k600). The panels are suitable for use in both the ceiling and walls. Both sides of the panel are covered with a diffusion-proof aluminum laminate. The panels have a flat edge on the longer sides with a tongue and groove at the ends. The k600 panel facilitates installation and minimizes waste when installed between studs. The declared thermal conductivity of FF-PIR insulation products is 0.022 w/mk.

Product	Size	Units/package	Packages/pallet
FF-PIR 100 K600	100 x 520 x 2600 mm	4	6
FF-PIR 150 K600	150 x 520 x 2600 mm	2	8

Thermal conductivity: λ declared 0.022 W/mK
Method of fitting: Flat edge on the long sides, shorter sides with tongue and groove
Coating: Diffusion-proof aluminum laminate

FF-PIR 100 AND 150 K900 PANELS FOR USE BETWEEN STUDS

The FF-PIR 100 and 150 k900 insulation panels were designed to be installed in between roof trusses. The panel size is 100/150 x 600 x 820 mm. The panels are designed for 900 mm spacing (k900). The panels are suitable for use in both the roof and walls. The panel has a diffusion-proof aluminum laminate surface on both sides. The panels have a tongue and groove on the longer sides with a flat edge at the ends. The panel facilitates installation and minimizes waste when installed between studs. The declared thermal conductivity of FF-PIR insulation products is 0.022 w/mk.

Product	Size	Units/package	Packages/pallet
FF-PIR 100 K900	100 x 600 x 820 mm	8	6
FF-PIR 150 K900	150 x 600 x 820 mm	4	8

Thermal conductivity: λ declared 0.022 W/mK
Method of fitting: Flat edge on the short sides, long sides with tongue and groove
Coating: Diffusion-proof aluminum laminate

FF-PIR ALK, Aluminum laminate surface

Dimensions
Technical details

	Value	Unit
Length	2400	mm
Width	600	mm
Thickness	30 - 240	mm

	Value	Unit	According to EN 13165	Standard
Thermal conductivity			EN 13165
λ Declared	0,022	W/(m K)		EN 12667, EN 12939
Thermal resistance, Rᴅ	1,35 - 10,90	m²K/W		EN 12667, EN 12939
Compressive strength, short-term 45 days, ≥ 30mm	> 100	kPa	CS(10/Y)100	EN 826
Design stability			DS (70,90)4	EN 1604
Proportional change in width	≤ 1	%
Proportional change in length	≤ 1	%
Proportional change in thickness	≤ 4	%
Design stability			DS (-20,-)2	EN 1604
Proportional change in width	≤ 0,5	%
Proportional change in length	≤ 2	%
Proportional change in thickness	≤ 2	%
Water absorption when fully immersed in the long-term	< 2	til.-%	WL(T)2	EN 12087
Fire class	E		Euroluokka	EN 13501-1
Fire class of the foam	D-s2, d0
Service temperature	-50 ...+100, lyhytaik. +200	C°
Indoor air emission class	M1

FF-PIR ALI, Aluminum laminate surface

Dimensions
Technical details

	Value	Unit
Length	2400	mm
Width	600	mm
Thickness	20 - 240	mm

	Value	Unit	According to EN 13165	Standard
Thermal conductivity			EN 13165
λ Declared	0,022	W/(m K)		EN 12667, EN 12939
Thermal resistance, Rᴅ	0,90 - 10,90	m²K/W		EN 12667, EN 12939
Compressive strength, short-term 45 days, ≥ 30mm	> 100	kPa	CS(10/Y)100	EN 826
Design stability			DS (70,90)4	EN 1604
Proportional change in width	≤ 1	%
Proportional change in length	≤ 1	%
Proportional change in thickness	≤ 4	%
Design stability			DS (-20,-)2	EN 1604
Proportional change in width	≤ 0,5	%
Proportional change in length	≤ 0,5	%
Proportional change in thickness	≤ 2	%
Water absorption when fully immersed in the long-term	< 2	til.-%	WL(T)2	EN 12087
Fire class	E		Euroluokka	EN 13501-1
Fire class of the foam	D-s2, d0
Service temperature	-50 ...+100, lyhytaik. +200	C°
Indoor air emission class	M1

FF-PIR 40 ALS, Aluminum laminate surface

Dimensions
Technical details

	Value	Unit
Length	2600	mm
Width	600	mm
Thickness	40	mm

	Value	Unit	According to EN 13165	Standard
Thermal conductivity
λ Declared	0,022	W/(m K)		EN 12667, EN 12939
Thermal resistance, Rᴅ	1,80	m²K/W		EN 12667, EN 12939
Compressive strength, short-term 45 days, ≥ 30mm	> 100	kPa	CS(10/Y)100	EN 826
Design stability			DS (70,90)4	EN 1604
Proportional change in width	≤ 1	%
Proportional change in length	≤ 1	%
Proportional change in thickness	≤ 4	%
Design stability			DS (-20,-)2	EN 1604
Proportional change in width	≤ 0,5	%
Proportional change in length	≤ 2	%
Proportional change in thickness	≤ 2	%
Water absorption when fully immersed in the long-term	< 2	til.-%	WL(T)2	EN 12087
Fire class	E		Euroluokka	EN 13501-1
Fire class of the foam	D-s2, d0
Service temperature	-50 ...+100, lyhytaik. +200	C°
Indoor air emission class	M1

FF-PIR K600, Aluminum laminate surface

Dimensions
Technical details

	Value	Unit
Length	2600	mm
Width	520	mm
Thickness	100, 150	mm

	Value	Unit	According to EN 13165	Standard
Thermal conductivity
λ Declared	0,022	W/(m K)		EN 12667, EN 12939
Thermal resistance, Rᴅ	4,55 - 6,80	m²K/W		EN 12667, EN 12939
Compressive strength, short-term 45 days, ≥ 30mm	> 100	kPa	CS(10/Y)100	EN 826
Design stability			DS (70,90)4	EN 1604
Proportional change in width	≤ 1	%
Proportional change in length	≤ 1	%
Proportional change in thickness	≤ 4	%
Design stability			DS (-20,-)2	EN 1604
Proportional change in width	≤ 0,5	%
Proportional change in length	≤ 2	%
Proportional change in thickness	≤ 2	%
Water absorption when fully immersed in the long-term	< 2	til.-%	WL(T)2	EN 12087
Fire class	E		Euroluokka	EN 13501-1
Fire class of the foam	D-s2, d0
Service temperature	-50 ...+100, lyhytaik. +200	C°
Indoor air emission class	M1

FF-PIR K900, Aluminum laminate surface

Dimensions
Technical details

	Value	Unit
Length	820	mm
Width	600	mm
Thickness	100, 150	mm

	Value	Unit	According to EN 13165	Standard
Thermal conductivity			EN 13165
λ Declared	0,022	W/(m K)		EN 12667, EN 12939
Thermal resistance, Rᴅ	4,55 - 6,80	m²K/W		EN 12667, EN 12939
Compressive strength, short-term 45 days, ≥ 30mm	> 100	kPa	CS(10/Y)100	EN 826
Design stability			DS (70,90)4	EN 1604
Proportional change in width	≤ 1	%
Proportional change in length	≤ 1	%
Proportional change in thickness	≤ 4	%
Design stability			DS (-20,-)2	EN 1604
Proportional change in width	≤ 0,5	%
Proportional change in length	≤ 2	%
Proportional change in thickness	≤ 2	%
Water absorption when fully immersed in the long-term	< 2	til.-%	WL(T)2	EN 12087
Fire class	E		Euroluokka	EN 13501-1
Fire class of the foam	D-s2, d0
Service temperature	-50 ...+100, lyhytaik. +200	C°
Indoor air emission class	M1

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