TFACE L - Wall panels

TFACE L - Wall panels with a locked double labyrinth joint

*Other colors on request

Insulation

Junction

The functional wall panels from the TFACE L series are designed for projects with high requirements for thermal insulation and mechanical strength. They provide a durable and secure connection thanks to the specific locked joint with a double labyrinth design, which minimizes thermal bridges and ensures improved structural strength, stability, and fire resistance.

TFACE L panels are available with the following face profilations:

✔ For the outer surface – T, V, D, W and F smooth profile

✔ For the inner surface – T, R and F smooth profile

They allow both vertical and horizontal installation.

The tight connection and insulating properties of the TFACE L panels make them suitable for energy-efficient buildings, logistics, and industrial facilities with increased requirements for thermal insulation, strength, and fire resistance.

For more information on color groups, metal sheet coatings, finishing details, and design guidelines, please refer to the For the Designer section.

Insulation PUR

Insulation PIR

Insulation MW

Panel thickness	(mm)	100	120	150
Extrenal sheet thickness	(mm)	0.50	0.50	0.50
Internal sheet thickness	(mm)	0.50	0.50	0.50
Panel weight	(kg/m²)	12,33	13,07	14,18
Thermal conductivity coefficient	λ(W/mK)	λ = 0,022 W/mK
Coefficient of thermal transmittance	U(W/m²K)	0,21	0,17	0,14
Class of reaction to fire		Ds3, d0
Fire resistance	(min)	-	-	-

Panel thickness	(mm)	100	120	150
Extrenal sheet thickness	(mm)	0.50	0.50	0.50
Internal sheet thickness	(mm)	0.50	0.50	0.50
Panel weight	(kg/m²)	13,36	14,26	15,61
Thermal conductivity coefficient	λ(W/mK)	λ = 0,022 W/mK
Coefficient of thermal transmittance	U(W/m²K)	0,23	0,19	0,16
Class of reaction to fire		Bs2, d0
Fire resistance	(min)	EI30	EI30	EI30

Panel thickness	(mm)	100	120	150
Extrenal sheet thickness	(mm)	0.50	0.50	0.50
Internal sheet thickness	(mm)	0.50	0.50	0.50
Panel weight	(kg/m²)	19,11	21,11	24,11
Thermal conductivity coefficient	λ(W/mK)	λ = 0,039 W/mK
Coefficient of thermal transmittance	U(W/m²K)	0,36	0,31	0,25
Class of reaction to fire		A2-s1, d0
Fire resistance	(min)	EI120	EI120	EI240