Creative textures. Modern design

Protech Line

Fils 21

Final thickness: 7.00 mm

Open Area: 33.30 %

Open Area MAX: 62 %

Final thickness: 7.00 mm

Open Area: 33.30 %

Open Area MAX: 62 %

	Material	Name	t mm	Weight kg/mq
Geom LW x SWn (SWa) - w x t	Carbon steel	E 45 x 15 (13,4) - 5 x 2	2.0	11.60
Geom LW x SWn (SWa) - w x t	Sendzimir carbon steel	E 45 x 15 (13,4) - 5 x 2	2.0	11.60
Geom LW x SWn (SWa) - w x t	Aluminium	E 45 x 15 (13,4) - 5 x 2	2.0	4.00

Fils 5

Final thickness: 10.00 mm

Open Area: 36.20 %

Open Area MAX: 63 %

Final thickness: 10.00 mm

Open Area: 36.20 %

Open Area MAX: 63 %

	Material	Name	t mm	Weight kg/mq
Geom LW x SWn (SWa) - w x t	Carbon steel	R 62,5 x 20 (20) - 7,5 x 2	2.0	12.00
Geom LW x SWn (SWa) - w x t	Sendzimir carbon steel	R 62,5 x 20 (20) - 7,5 x 2	2.0	12.00
Geom LW x SWn (SWa) - w x t	Aluminium	R 62,5 x 20 (20) - 7,5 x 2	2.0	4.00

Airport

Final thickness: 11.00 mm

Open Area: 42.00 %

Open Area MAX: 69 %

Final thickness: 11.00 mm

Open Area: 42.00 %

Open Area MAX: 69 %

	Material	Name	t mm	Weight kg/mq
Geom LW x SWn (SWa) - w x t	Carbon steel	R 62,5 x 20 (25,5) - 9,1 x 2	2.0	11.00
Geom LW x SWn (SWa) - w x t	Sendzimir carbon steel	R 62,5 x 20 (25,5) - 9,1 x 2	2.0	11.00
Geom LW x SWn (SWa) - w x t	Aluminium	R 62,5 x 20 (25,5) - 9,1 x 2	2.0	3.60

Privacy

Final thickness: 8.00 mm

Open Area: 5.30 %

Open Area MAX: 14 %

Final thickness: 8.00 mm

Open Area: 5.30 %

Open Area MAX: 14 %

	Material	Name	t mm	Weight kg/mq
Geom LW x SWn (SWa) - w x t	Carbon steel	R 62,5 x 20 (29) - 14 x 2	2.0	15.60
Geom LW x SWn (SWa) - w x t	Sendzimir carbon steel	R 62,5 x 20 (29) - 14 x 2	2.0	15.60
Geom LW x SWn (SWa) - w x t	Aluminium	R 62,5 x 20 (29) - 14 x 2	2.0	5.20

Esedra

Final thickness: 11.00 mm

Open Area: 29.00 %

Final thickness: 11.00 mm

Open Area: 29.00 %

	Material	Name	t mm	Weight kg/mq
Geom LW x SWn (SWa) - w x t	Carbon steel	E 70 x 26 (26) - 10 x 2	2.0	12.00
Geom LW x SWn (SWa) - w x t	Sendzimir carbon steel	E 70 x 26 (26) - 10 x 2	2.0	12.00
Geom LW x SWn (SWa) - w x t	Aluminium	E 70 x 26 (26) - 10 x 2	2.0	4.20

Idea

Final thickness: 11.00 mm

Open Area: 13.30 %

Open Area MAX: 56 %

Final thickness: 11.00 mm

Open Area: 13.30 %

Open Area MAX: 56 %

Material	Name	t mm	Weight kg/mq
Carbon steel	R 76 x 31 (24) - 11 x 2	2.0	14.10
Sendzimir carbon steel	R 76 x 31 (24) - 11 x 2	2.0	14.10
Aluminium	R 76 x 31 (24) - 11 x 2	2.0	4.70

Gate

Final thickness: 14.00 mm

Open Area: 42.00 %

Open Area MAX: 72 %

Final thickness: 14.00 mm

Open Area: 42.00 %

Open Area MAX: 72 %

	Material	Name	t mm	Weight kg/mq
Geom LW x SWn (SWa) - w x t	Carbon steel	R 76 x 31 (35) - 11 x 2	2.0	10.20
Geom LW x SWn (SWa) - w x t	Sendzimir carbon steel	R 76 x 31 (35) - 11 x 2	2.0	10.20
Geom LW x SWn (SWa) - w x t	Aluminium	R 76 x 31 (35) - 11 x 2	2.0	3.40

Reserve

Final thickness: 13.00 mm

Open Area: 10.00 %

Open Area MAX: 26 %

Final thickness: 13.00 mm

Open Area: 10.00 %

Open Area MAX: 26 %

	Material	Name	t mm	Weight kg/mq
Geom LW x SWn (SWa) - w x t	Carbon steel	R 90 x 30 (38) - 18 x 2	2.0	14.60
Geom LW x SWn (SWa) - w x t	Sendzimir carbon steel	R 90 x 30 (38) - 18 x 2	2.0	14.60
Geom LW x SWn (SWa) - w x t	Aluminium	R 90 x 30 (38) - 18 x 2	2.0	4.80

Greca

Final thickness: 7.00 mm

Open Area: 52.00 %

Open Area MAX: 80 %

Final thickness: 7.00 mm

Open Area: 52.00 %

Open Area MAX: 80 %

	Material	Name	t mm	Weight kg/mq
Geom LW x SWn (SWa) - w x t	Carbon steel	E 100 x 40 (15) - 4 x 2	2.0	8.30
Geom LW x SWn (SWa) - w x t	Sendzimir carbon steel	E 100 x 40 (15) - 4 x 2	2.0	8.30
Geom LW x SWn (SWa) - w x t	Aluminium	E 100 x 40 (15) - 4 x 2	2.0	2.90

Grafica

Final thickness: 15.00 mm

Open Area: 51.50 %

Open Area MAX: 72 %

Final thickness: 15.00 mm

Open Area: 51.50 %

Open Area MAX: 72 %

	Material	Name	t mm	Weight kg/mq
Geom LW x SWn (SWa) - w x t	Carbon steel	E 100 x 40 (34) - 10 x 2	2.0	9.30
Geom LW x SWn (SWa) - w x t	Sendzimir carbon steel	E 100 x 40 (34) - 10 x 2	2.0	9.30
Geom LW x SWn (SWa) - w x t	Aluminium	E 100 x 40 (34) - 10 x 2	2.0	3.10

Esperia

Final thickness: 13.00 mm

Open Area: 23.30 %

Open Area MAX: 59 %

Final thickness: 13.00 mm

Open Area: 23.30 %

Open Area MAX: 59 %

	Material	Name	t mm	Weight kg/mq
Geom LW x SWn (SWa) - w x t	Carbon steel	E 100 x 40 (34) - 15 x 2	2.0	13.70
Geom LW x SWn (SWa) - w x t	Sendzimir carbon steel	E 100 x 40 (34) - 15 x 2	2.0	13.70
Geom LW x SWn (SWa) - w x t	Aluminium	E 100 x 40 (34) - 15 x 2	2.0	4.50

Ambasciata

Final thickness: 18.00 mm

Open Area: 16.00 %

Open Area MAX: 56 %

Final thickness: 18.00 mm

Open Area: 16.00 %

Open Area MAX: 56 %

	Material	Name	t mm	Weight kg/mq
Geom LW x SWn (SWa) - w x t	Carbon steel	R 110 x 40 (52) - 24 x 2	2.0	14.10
Geom LW x SWn (SWa) - w x t	Sendzimir carbon steel	R 110 x 40 (52) - 24 x 2	2.0	14.10
Geom LW x SWn (SWa) - w x t	Aluminium	R 110 x 40 (52) - 24 x 2	2.0	4.70

Academy

Final thickness: 21.00 mm

Open Area: 26.00 %

Open Area MAX: 60 %

Final thickness: 21.00 mm

Open Area: 26.00 %

Open Area MAX: 60 %

	Material	Name	t mm	Weight kg/mq
Geom LW x SWn (SWa) - w x t	Carbon steel	R 115 x 40 (48) - 20 x 2	2.0	12.80
Geom LW x SWn (SWa) - w x t	Sendzimir carbon steel	R 115 x 40 (48) - 20 x 2	2.0	12.80
Geom LW x SWn (SWa) - w x t	Aluminium	R 115 x 40 (48) - 20 x 2	2.0	4.20

Lucerna

Final thickness: 21.00 mm

Open Area: 29.80 %

Open Area MAX: 71 %

Final thickness: 21.00 mm

Open Area: 29.80 %

Open Area MAX: 71 %

	Material	Name	t mm	Weight kg/mq
Geom LW x SWn (SWa) - w x t	Carbon steel	E 150 x 56 (56) - 21,5 x 2	2.0	12.40
Geom LW x SWn (SWa) - w x t	Sendzimir carbon steel	E 150 x 56 (56) - 21,5 x 2	2.0	12.40
Geom LW x SWn (SWa) - w x t	Aluminium	E 150 x 56 (56) - 21,5 x 2	2.0	4.20

College

Final thickness: 16.00 mm

Open Area: 15.40 %

Open Area MAX: 61 %

Final thickness: 16.00 mm

Open Area: 15.40 %

Open Area MAX: 61 %

	Material	Name	t mm	Weight kg/mq
Geom LW x SWn (SWa) - w x t	Carbon steel	E 160 x 40 (40) - 18 x 2	2.0	14.40
Geom LW x SWn (SWa) - w x t	Sendzimir carbon steel	E 160 x 40 (40) - 18 x 2	2.0	14.40
Geom LW x SWn (SWa) - w x t	Aluminium	E 160 x 40 (40) - 18 x 2	2.0	4.80

Omega

Final thickness: 16.00 mm

Open Area: 15.00 %

Open Area MAX: 46 %

Final thickness: 16.00 mm

Open Area: 15.00 %

Open Area MAX: 46 %

	Material	Name	t mm	Weight kg/mq
Geom LW x SWn (SWa) - w x t	Carbon steel	E 160 x 40 (52) - 24 x 2	2.0	14.40
Geom LW x SWn (SWa) - w x t	Sendzimir carbon steel	E 160 x 40 (52) - 24 x 2	2.0	14.40
Geom LW x SWn (SWa) - w x t	Aluminium	E 160 x 40 (52) - 24 x 2	2.0	4.80

Sierra

Final thickness: 18.00 mm

Open Area: 10.20 %

Open Area MAX: 25 %

Final thickness: 18.00 mm

Open Area: 10.20 %

Open Area MAX: 25 %

	Material	Name	t mm	Weight kg/mq
Geom LW x SWn (SWa) - w x t	Carbon steel	R 160 x 40 (52) - 24 x 2	2.0	14.10
Geom LW x SWn (SWa) - w x t	Sendzimir carbon steel	R 160 x 40 (52) - 24 x 2	2.0	14.10
Geom LW x SWn (SWa) - w x t	Aluminium	R 160 x 40 (52) - 24 x 2	2.0	4.70

Stadium

Final thickness: 28.00 mm

Open Area: 56.00 %

Open Area MAX: 83 %

Final thickness: 28.00 mm

Open Area: 56.00 %

Open Area MAX: 83 %

	Material	Name	t mm	Weight kg/mq
Geom LW x SWn (SWa) - w x t	Carbon steel	E 200 x 65 (70) - 20,6 x 2	2.0	9.30
Geom LW x SWn (SWa) - w x t	Sendzimir carbon steel	E 200 x 65 (70) - 20,6 x 2	2.0	9.30
Geom LW x SWn (SWa) - w x t	Aluminium	E 200 x 65 (70) - 20,6 x 2	2.0	3.10

Coliseum

Final thickness: 32.00 mm

Open Area: 52.30 %

Open Area MAX: 79 %

Final thickness: 32.00 mm

Open Area: 52.30 %

Open Area MAX: 79 %

	Material	Name	t mm	Weight kg/mq
Geom LW x SWn (SWa) - w x t	Carbon steel	R 200 x 75 (80) - 24 x 2	2.0	9.40
Geom LW x SWn (SWa) - w x t	Sendzimir carbon steel	R 200 x 75 (80) - 24 x 2	2.0	9.40
Geom LW x SWn (SWa) - w x t	Aluminium	R 200 x 75 (80) - 24 x 2	2.0	3.20

Phoenix

Final thickness: 18.00 mm

Open Area: 25.00 %

Final thickness: 18.00 mm

Open Area: 25.00 %

	Material	Name	t mm	Weight kg/mq
Geom LW x SWn (SWa) - w x t	Carbon steel	E 250 x 35 (35) - 15 x 2	2.0	13.50
Geom LW x SWn (SWa) - w x t	Sendzimir carbon steel	E 250 x 35 (35) - 15 x 2	2.0	13.50
Geom LW x SWn (SWa) - w x t	Aluminium	E 250 x 35 (35) - 15 x 2	2.0	4.70

Delta

Final thickness: 37.00 mm

Open Area: 59.00 %

Open Area MAX: 85 %

Final thickness: 37.00 mm

Open Area: 59.00 %

Open Area MAX: 85 %

	Material	Name	t mm	Weight kg/mq
Geom LW x SWn (SWa) - w x t	Carbon steel	R 250 x 90 (96) - 25 x 2	2.0	8.40
Geom LW x SWn (SWa) - w x t	Sendzimir carbon steel	R 250 x 90 (96) - 25 x 2	2.0	8.40
Geom LW x SWn (SWa) - w x t	Aluminium	R 250 x 90 (96) - 25 x 2	2.0	2.80

Estesa

Final thickness: 49.00 mm

Open Area: 52.80 %

Open Area MAX: 83 %

Final thickness: 49.00 mm

Open Area: 52.80 %

Open Area MAX: 83 %

	Material	Name	t mm	Weight kg/mq
Geom LW x SWn (SWa) - w x t	Carbon steel	R 270 x 100 (100) - 30 x 2	2.0	10.00
Geom LW x SWn (SWa) - w x t	Sendzimir carbon steel	R 270 x 100 (100) - 30 x 2	2.0	10.00
Geom LW x SWn (SWa) - w x t	Aluminium	R 270 x 100 (100) - 30 x 2	2.0	3.40

Vela 300

Final thickness: 42.00 mm

Open Area: 54.50 %

Final thickness: 42.00 mm

Open Area: 54.50 %

	Material	Name	t mm	Weight kg/mq
Geom LW x SWn (SWa) - w x t	Carbon steel	E 300 x 100 (100) - 28 x 2	2.0	8.80
Geom LW x SWn (SWa) - w x t	Sendzimir carbon steel	E 300 x 100 (100) - 28 x 2	2.0	8.80
Geom LW x SWn (SWa) - w x t	Aluminium	E 300 x 100 (100) - 28 x 2	2.0	3.20

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A large choice with LARGE SHAPES. PROTECH expanded metal meshes are available in aluminium, carbon steel and other metallic materials. The tables show the technical characteristics of the individual meshes and the standard sheet dimensions. It is possible to request sheets and panels with customised dimensions. Indoor and outdoor painting and anodising available. We invite you to discover the applications and projects already completed.

See resources

Catalogue

Fils Product Catalogue

Fils product catalogue for expanded metal mesh, expanded metal gratings and finished products.

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FAQ

Expanded metal can be produced using various materials that can be 'stretched' thanks to their mechanical characteristics.
The most commonly used materials in the construction industry are undoubtedly carbon steel and Sendzimir carbon steel. Aluminium is used for cladding applications in architecture. Expanded metal sheets can also be made from various types of stainless steel (e.g. AISI 304, AISI 316 and others) for applications that require specific resistance properties in high temperature environments or corrosive atmospheres.