Nucor - EPDs - Le linee di prodotto di Nucor includono acciaio al carbonio e lega in barre, travi, fogli zincati, piastre, viti, dadi, bulloni, travi in acciaio e travi da joist.

Nucor Corporation è il più grande produttore e riciclatore di acciaio del Nord America, producendo una vasta gamma di prodotti in acciaio.

Le linee di prodotto di Nucor includono acciaio al carbonio e lega in barre, travi, fogli zincati, piastre, viti, dadi, bulloni, travi in acciaio e travi da joist.

Sito web: https://nucor.com/

E-mail: info@nucor.com

Telefono: (704) 366-7000

Indirizzo:

1915 Rexford Road, Charlotte, North Carolina 28211

Altri produttori con prodotti simili

SSAB

56 EPD

Hydro Aluminium

35 EPD

Gerdau

77 EPD

EPD (110)•Ordinati per data

Material Image

Bar di rinforzo in acciaio e prodotti della barra mercantile, 487 lbs / ft3, Nucor Steel Seattle

Nucor Steel Seattle

0.499 kg CO2e/kg

Material Image

Barra d'acciaio di rinforzo (barra) e barra mercantile, 7800 kg/m3, Nucor Steel Florida

Nucor Steel Florida

0.772 kg CO2e/kg

Material Image

Acciaio elettrico, 7800 kg/m3, Nucor

Nucor

1.50 kg CO2e/kg

Material Image

Barra d'acciaio di rinforzo (barra) e barra mercantile, 7800 kg/m3, Nucor Steel Seattle, Inc

Nucor Steel Seattle, Inc

0.532 kg CO2e/kg

Material Image

Barra d'acciaio di rinforzo (barra) e barra mercantile, 7800 kg/m3, NUCOR CORPORATION, Birmingham plant

NUCOR CORPORATION, Birmingham plant

0.708 kg CO2e/kg

Material Image

Barra d'acciaio di rinforzo (barra) e barra mercantile, 7800 kg/m3, NUCOR CORPORATION, Kankakee plant

NUCOR CORPORATION, Kankakee plant

0.784 kg CO2e/kg

Material Image

Barra d'acciaio di rinforzo (barra) e barra mercantile, 7800 kg/m3, NUCOR CORPORATION, Texas plant

NUCOR CORPORATION, Texas plant

0.769 kg CO2e/kg

Material Image

Barra d'acciaio di rinforzo (barra) e barra mercantile, 7800 kg/m3, NUCOR CORPORATION, Marion plant

NUCOR CORPORATION, Marion plant

0.845 kg CO2e/kg

Material Image

Barra d'acciaio di rinforzo (barra) e barra mercantile, 7800 kg/m3, NUCOR CORPORATION, Auburn plant

NUCOR CORPORATION, Auburn plant

0.624 kg CO2e/kg

Material Image

Barra d'acciaio di rinforzo (barra) e barra mercantile, 7800 kg/m3, NUCOR CORPORATION, Connecticut plant

NUCOR CORPORATION, Connecticut plant

0.951 kg CO2e/kg

Material Image

Barra d'acciaio di rinforzo (barra) e barra mercantile, 7800 kg/m3, NUCOR CORPORATION, Utah plant

NUCOR CORPORATION, Utah plant

0.708 kg CO2e/kg

Material Image

Barra d'acciaio di rinforzo (barra) e barra mercantile, 7800 kg/m3, NUCOR CORPORATION, Jackson plant

NUCOR CORPORATION, Jackson plant

0.832 kg CO2e/kg

Material Image

Barra d'acciaio di rinforzo (barra) e barra mercantile, 7800 kg/m3, Nucor Corporation

Nucor Corporation

0.756 kg CO2e/kg

Material Image

Barra d'acciaio di rinforzo (barra) e barra mercantile, 7800 kg/m3, NUCOR CORPORATION, Kingman plant

NUCOR CORPORATION, Kingman plant

0.828 kg CO2e/kg

Material Image

Barra d'acciaio di rinforzo (barra) e barra mercantile con crediti energetici rinnovabili (RECs), 7800 kg/m3, Nucor

Nucor

0.350 kg CO2e/kg

Material Image

Barra d'acciaio di rinforzo (rebarra) e barra mercantile senza crediti di energia rinnovabile (RECs), 7800 kg/m3, Nucor

Nucor

0.755 kg CO2e/kg

Material Image

Piatto d'acciaio, tensile strength: 410-655 N/mm2, 7800 kg/m3, Nucor

Nucor

1.54 kg CO2e/kg

Material Image

Acciaio di rinforzo (barra), tensile strength: 410-655 N/mm2, 7800 kg/m3, Nucor

Nucor

0.863 kg CO2e/kg

Material Image

Travi e angoli in acciaio, 7850 kg/m3, Duferdofin Nucor, plant Giammoro

Duferdofin Nucor, plant Giammoro

1.036 kg CO2e/kg

Material Image

Travi e angoli in acciaio, 7850 kg/m3, Duferdofin Nucor, plant Pallenzeno

Duferdofin Nucor, plant Pallenzeno

0.981 kg CO2e/kg

Material Image

Prodotto non fabbricato Special Bar Quality (SBQ) utilizzando la tecnologia elettrica del forno ad arco (EAF), 7800 kg/m3, Nucor Corporation

Nucor Corporation

0.982 kg CO2e/kg

Material Image

Travi e angoli in acciaio, 7850 kg / m3, S235 / S355, Duferdofin Nucor, plant Giammoro (2021)

Duferdofin Nucor, plant Giammoro (2021)

1.036 kg CO2e/kg

Material Image

Travi e angoli in acciaio, 7850 kg/m3, S235/S35, Duferdofin Nucor, plant Pallenzeno (2021)

Duferdofin Nucor, plant Pallenzeno (2021)

0.981 kg CO2e/kg

Material Image

Non-combustible mineral wool core between galvanized/stainless steel sheets, 5 in, 28.82 kg/m2, Metl-Span ThermalSafe Mineral Wool Board Panels, Nucor Corporation, Shelbyville facility

Nucor Corporation, Shelbyville facility

Material Image

Non-combustible mineral wool core between galvanized/stainless steel sheets, 6 in, 33.23 kg/m2, Metl-Span ThermalSafe Mineral Wool Board Panels, Nucor Corporation, Shelbyville facility

Nucor Corporation, Shelbyville facility

54.5 kg CO2e/m²

Material Image

Non-combustible mineral wool core between galvanized/stainless steel sheets, 4 in, 25.75 kg/m2, Metl-Span ThermalSafe Mineral Wool Board Panels, Nucor Corporation, Shelbyville facility

Nucor Corporation, Shelbyville facility

43.6 kg CO2e/m²

Material Image

Non-combustible mineral wool core between galvanized/stainless steel sheets, 4 in, 23.31 kg/m2, Metl-Span ThermalSafe Mineral Wool Board Panels, Nucor Corporation, Waterloo facility

Nucor Corporation, Waterloo facility

47.9 kg CO2e/m²

Material Image

Non-combustible mineral wool core between galvanized/stainless steel sheets, 6 in, 31.24 kg/m2, Metl-Span ThermalSafe Mineral Wool Board Panels, Nucor Corporation, Waterloo facility

Nucor Corporation, Waterloo facility

57.3 kg CO2e/m²

Material Image

Non-combustible mineral wool core between galvanized/stainless steel sheets, 3 in, 20.16 kg/m2, Metl-Span ThermalSafe Mineral Wool Board Panels, Nucor Corporation, Shelbyville facility

Nucor Corporation, Shelbyville facility

36.7 kg CO2e/m²

Material Image

Non-combustible mineral wool core between galvanized/stainless steel sheets, 7 in, 38.38 kg/m2, Metl-Span ThermalSafe Mineral Wool Board Panels, Nucor Corporation, Shelbyville facility

Nucor Corporation, Shelbyville facility

59.7 kg CO2e/m²

Material Image

Non-combustible mineral wool core between galvanized/stainless steel sheets, 3 in, 18.79 kg/m2, Metl-Span ThermalSafe Mineral Wool Board Panels, Nucor Corporation, Waterloo facility

Nucor Corporation, Waterloo facility

39.2 kg CO2e/m²

Material Image

Non-combustible mineral wool core between galvanized/stainless steel sheets, 7 in, 34.83 kg/m2, Metl-Span ThermalSafe Mineral Wool Board Panels, Nucor Corporation, Waterloo facility

Nucor Corporation, Waterloo facility

65.6 kg CO2e/m²

Material Image

Non-combustible mineral wool core between galvanized/stainless steel sheets, 8 in, 38.97 kg/m2, Metl-Span ThermalSafe Mineral Wool Board Panels, Nucor Corporation, Waterloo facility

Nucor Corporation, Waterloo facility

70.7 kg CO2e/m²

Material Image

Non-combustible mineral wool core between galvanized/stainless steel sheets, 8 in, 42.36 kg/m2, Metl-Span ThermalSafe Mineral Wool Board Panels, Nucor Corporation, Shelbyville facility

Nucor Corporation, Shelbyville facility

65.2 kg CO2e/m²

Material Image

Non-combustible mineral wool core between galvanized/stainless steel sheets, 5 in, 27.30 kg/m2, Metl-Span ThermalSafe Mineral Wool Board Panels, Nucor Corporation, Waterloo facility

Nucor Corporation, Waterloo facility

51.2 kg CO2e/m²

Material Image

Polyisocyanurate (PIR) foam core between galvanized/stainless steel sheets, 4 in, 12.45 kg/m2, Metl-Span Insulated Wall and Roof Panels, Nucor Corporation, Waterloo facility

Nucor Corporation, Waterloo facility

35.1 kg CO2e/m²

Material Image

Polyisocyanurate (PIR) foam core between galvanized/stainless steel sheets, 2.5 in, 10.61 kg/m2, Metl-Span Insulated Wall and Roof Panels, Nucor Corporation, Waterloo facility

Nucor Corporation, Waterloo facility

30.7 kg CO2e/m²

Material Image

Polyisocyanurate (PIR) foam core between galvanized/stainless steel sheets, 5 in, 13.73 kg/m2, Metl-Span Insulated Wall and Roof Panels, Nucor Corporation, Waterloo facility

Nucor Corporation, Waterloo facility

Material Image

Polyisocyanurate (PIR) foam core between galvanized/stainless steel sheets, 3 in, 13.05 kg/m2, Metl-Span Insulated Wall and Roof Panels, Nucor Corporation, Waterloo facility

Nucor Corporation, Waterloo facility

32.7 kg CO2e/m²

Material Image

Polyisocyanurate (PIR) foam core between galvanized/stainless steel sheets, 6 in, 12.28 kg/m2, Metl-Span Insulated Wall and Roof Panels, Nucor Corporation, Hamilton facility

Nucor Corporation, Hamilton facility

32.6 kg CO2e/m²

Material Image

Polyisocyanurate (PIR) foam core between galvanized/stainless steel sheets, 8 in, 12.78 kg/m2, Metl-Span Insulated Wall and Roof Panels, Nucor Corporation, Hamilton facility

Nucor Corporation, Hamilton facility

34.8 kg CO2e/m²

Material Image

Polyisocyanurate (PIR) foam core between galvanized/stainless steel sheets, 8 in, 17.67 kg/m2, Metl-Span Insulated Wall and Roof Panels, Nucor Corporation, Waterloo facility

Nucor Corporation, Waterloo facility

47.5 kg CO2e/m²

Material Image

Polyisocyanurate (PIR) foam core between galvanized/stainless steel sheets, 8 in, 16.81 kg/m2, Metl-Span Insulated Wall and Roof Panels, Nucor Corporation, Laurens facility

Nucor Corporation, Laurens facility

47.3 kg CO2e/m²

Material Image

Polyisocyanurate (PIR) foam core between galvanized/stainless steel sheets, 3 in, 10.13 kg/m2, Metl-Span Insulated Wall and Roof Panels, Nucor Corporation, Hamilton facility

Nucor Corporation, Hamilton facility

26.3 kg CO2e/m²

Material Image

Polyisocyanurate (PIR) foam core between galvanized/stainless steel sheets, 2.5 in, 10.19 kg/m2, Metl-Span Insulated Wall and Roof Panels, Nucor Corporation, Laurens facility

Nucor Corporation, Laurens facility

29.2 kg CO2e/m²

Material Image

Polyisocyanurate (PIR) foam core between galvanized/stainless steel sheets, 2 in, 9.79 kg/m2, Metl-Span Insulated Wall and Roof Panels, Nucor Corporation, Hamilton facility

Nucor Corporation, Hamilton facility

25.1 kg CO2e/m²

Material Image

Polyisocyanurate (PIR) foam core between galvanized/stainless steel sheets, 2.5 in, 10.69 kg/m2, Metl-Span Insulated Wall and Roof Panels, Nucor Corporation, Hamilton facility

Nucor Corporation, Hamilton facility

27.2 kg CO2e/m²

Material Image

Polyisocyanurate (PIR) foam core between galvanized/stainless steel sheets, 3 in, 10.92 kg/m2, Metl-Span Insulated Wall and Roof Panels, Nucor Corporation, Laurens facility

Nucor Corporation, Laurens facility

34.4 kg CO2e/m²

Material Image

Polyisocyanurate (PIR) foam core between galvanized/stainless steel sheets, 4 in, 11.81 kg/m2, Metl-Span Insulated Wall and Roof Panels, Nucor Corporation, Laurens facility

Nucor Corporation, Laurens facility

34.6 kg CO2e/m²

Material Image

Polyisocyanurate (PIR) foam core between galvanized/stainless steel sheets, 5 in, 13.05 kg/m2, Metl-Span Insulated Wall and Roof Panels, Nucor Corporation, Laurens facility

Nucor Corporation, Laurens facility

37.4 kg CO2e/m²

Material Image

Polyisocyanurate (PIR) foam core between galvanized/stainless steel sheets, 4 in, 10.13 kg/m2, Metl-Span Insulated Wall and Roof Panels, Nucor Corporation, Hamilton facility

Nucor Corporation, Hamilton facility

28.9 kg CO2e/m²

Material Image

Polyisocyanurate (PIR) foam core between galvanized/stainless steel sheets, 5 in, 11.56 kg/m2, Metl-Span Insulated Wall and Roof Panels, Nucor Corporation, Hamilton facility

Nucor Corporation, Hamilton facility

30.5 kg CO2e/m²

Material Image

Polyisocyanurate (PIR) foam core between galvanized/stainless steel sheets, 6 in, 14.31 kg/m2, Metl-Span Insulated Wall and Roof Panels, Nucor Corporation, Laurens facility

Nucor Corporation, Laurens facility

41.7 kg CO2e/m²

Material Image

Polyisocyanurate (PIR) foam core between galvanized/stainless steel sheets, 1.5 in, 10.77 kg/m2, Metl-Span Insulated Wall and Roof Panels, Nucor Corporation, Hamilton facility

Nucor Corporation, Hamilton facility

26.8 kg CO2e/m²

Material Image

Polyisocyanurate (PIR) foam core between galvanized/stainless steel sheets, 2 in, 9.66 kg/m2, Metl-Span Insulated Wall and Roof Panels, Nucor Corporation, Laurens facility

Nucor Corporation, Laurens facility

29.7 kg CO2e/m²

Material Image

Polyisocyanurate (PIR) foam core between galvanized/stainless steel sheets, 2 in, 10.12 kg/m2, Metl-Span Insulated Wall and Roof Panels, Nucor Corporation, Waterloo facility

Nucor Corporation, Waterloo facility

29.5 kg CO2e/m²

Material Image

Polyisocyanurate (PIR) foam core between galvanized/stainless steel sheets, 6 in, 15.54 kg/m2, Metl-Span Insulated Wall and Roof Panels, Nucor Corporation, Waterloo facility

Nucor Corporation, Waterloo facility

41.3 kg CO2e/m²

Material Image

Fascio in acciaio HiRec fabbricato con tecnologia forno ad arco elettrico (EAF), 7800 kg/m3, Nucor Corporation

Nucor Corporation

0.774 kg CO2e/kg

Material Image

Trave in acciaio HiRec non sfibrata utilizzando la tecnologia del forno elettrico ad arco (EAF), 7800 kg/m3, Nucor Corporation

Nucor Corporation

0.585 kg CO2e/kg

Material Image

Trave in acciaio tradizionale sfibrata utilizzando la tecnologia del forno elettrico ad arco (EAF), 7800 kg/m3, Nucor Corporation

Nucor Corporation

1.15 kg CO2e/kg

Material Image

Fascio di acciaio tradizionale fabbricato utilizzando la tecnologia del forno elettrico ad arco (EAF), 7800 kg/m3, Nucor Corporation

Nucor Corporation

1.38 kg CO2e/kg

Material Image

Foglio laminato a caldo, 7800 kg/m3, Nucor Steel, Berkeley plant

Nucor Steel, Berkeley plant

1.58 kg CO2e/kg

Material Image

Foglio laminato a caldo, 7800 kg/m3, Nucor Steel, Indiana plant

Nucor Steel, Indiana plant

1.063 kg CO2e/kg

Material Image

Foglio laminato a caldo, 7800 kg/m3, Nucor Steel, Gallatin plant

Nucor Steel, Gallatin plant

1.21 kg CO2e/kg

Material Image

Foglio laminato a caldo, 7800 kg/m3, Nucor Steel, Decatur plant

Nucor Steel, Decatur plant

1.026 kg CO2e/kg

Material Image

Foglio laminato a caldo, 7800 kg/m3, Nucor Steel, Arkansas plant

Nucor Steel, Arkansas plant

1.30 kg CO2e/kg

Material Image

Foglio laminato a caldo, media Nord America, 7800 kg/m3, Nucor Steel

Nucor Steel

1.24 kg CO2e/kg

Material Image

Sezioni in acciaio strutturale Hollow, fabbricate, 7800 kg/m3, Nucor Steel

Nucor Steel

1.40 kg CO2e/kg

Material Image

Sezioni di acciaio strutturale Hollow, non sfibrati, 7800 kg/m3, Nucor Steel

Nucor Steel

1.17 kg CO2e/kg

Material Image

Sezione d'acciaio strutturale, laminati a caldo, 7800 kg/m3, 410-655 N/mm2, Nucor, Yamato Steel Plant

Nucor, Yamato Steel Plant

0.996 kg CO2e/kg

Material Image

Sezione d'acciaio strutturale, laminati a caldo, 7800 kg/m3, 410-655 N/mm2, Nucor, Berkeley Steel Plant

Nucor, Berkeley Steel Plant

1.83 kg CO2e/kg

Material Image

Sezione d'acciaio strutturale, laminati a caldo, 7800 kg/m3, 410-655 N/mm2, Nucor

Nucor

1.22 kg CO2e/kg

Material Image

Tetto d'acciaio e ponte del pavimento utilizzando la tecnologia dell'arco elettrico (EAF), 7800 kg/m3, Nucor Corporation’s Vulcraft Group

Nucor Corporation’s Vulcraft Group

1.74 kg CO2e/kg

Material Image

Tetto d'acciaio e ponte del pavimento utilizzando la tecnologia del forno elettrico dell'arco (EAF), 7800 kg/m3, Nucor Corporation’s Vulcraft Group, Grapeland plant

Nucor Corporation’s Vulcraft Group, Grapeland plant

1.85 kg CO2e/kg

Material Image

Tetto d'acciaio e ponte del pavimento utilizzando la tecnologia del forno elettrico dell'arco (EAF), 7800 kg/m3, Nucor Corporation’s Vulcraft Group, Saint Joe plant

Nucor Corporation’s Vulcraft Group, Saint Joe plant

1.60 kg CO2e/kg

Material Image

Tetto d'acciaio e ponte del pavimento utilizzando la tecnologia del forno elettrico dell'arco (EAF), 7800 kg/m3, Nucor Corporation’s Vulcraft Group, Chemung plant

Nucor Corporation’s Vulcraft Group, Chemung plant

1.62 kg CO2e/kg

Material Image

Tetto d'acciaio e ponte del pavimento utilizzando la tecnologia del forno elettrico dell'arco (EAF), 7800 kg/m3, Nucor Corporation’s Vulcraft Group, Florence plant

Nucor Corporation’s Vulcraft Group, Florence plant

2.22 kg CO2e/kg

Material Image

Tetto d'acciaio e ponte del pavimento utilizzando la tecnologia del forno elettrico dell'arco (EAF), 7800 kg/m3, Nucor Corporation’s Vulcraft Group, Norfolk plant

Nucor Corporation’s Vulcraft Group, Norfolk plant

1.63 kg CO2e/kg

Material Image

Tetto d'acciaio e ponte del pavimento utilizzando la tecnologia del forno elettrico dell'arco (EAF), 7800 kg/m3, Nucor Corporation’s Vulcraft Group, Fort Payne plant

Nucor Corporation’s Vulcraft Group, Fort Payne plant

1.55 kg CO2e/kg

Material Image

Tetto d'acciaio e piano ponte utilizzando la tecnologia del forno elettrico ad arco (EAF), 7800 kg/m3, Nucor Corporation’s Vulcraft Group

Nucor Corporation’s Vulcraft Group

1.83 kg CO2e/kg

Material Image

Tetto d'acciaio e ponte del pavimento utilizzando la tecnologia del forno elettrico dell'arco (EAF), 7800 kg/m3, Nucor Corporation’s Verco Decking, Phoenix plant

Nucor Corporation’s Verco Decking, Phoenix plant

1.79 kg CO2e/kg

Material Image

Tetto d'acciaio e ponte del pavimento utilizzando la tecnologia dell'arco elettrico (EAF), 7800 kg/m3, Nucor Corporation’s Verco Decking

Nucor Corporation’s Verco Decking

1.80 kg CO2e/kg

Material Image

Tetto d'acciaio e piano ponte utilizzando la tecnologia dell'altoforno (BF), Nord America media, 7800 kg/m3, Nucor Corporation’s Verco Decking

Nucor Corporation’s Verco Decking

2.22 kg CO2e/kg

Material Image

Tetto d'acciaio e ponte del pavimento utilizzando la tecnologia del forno elettrico dell'arco (EAF), 7800 kg / m3, Nucor Corporation’s Verco Decking, Fontana plant

Nucor Corporation’s Verco Decking, Fontana plant

1.79 kg CO2e/kg

Material Image

Tetto d'acciaio e piano ponte utilizzando la tecnologia dell'altoforno (BF), 7800 kg/m3, Nucor Corporation’s Verco Decking, Fontana plant

Nucor Corporation’s Verco Decking, Fontana plant

2.21 kg CO2e/kg

Material Image

Tetto d'acciaio e ponte del pavimento utilizzando la tecnologia del forno elettrico dell'arco (EAF), 7800 kg / m3, Nucor Corporation’s Verco Decking, Antioch plant

Nucor Corporation’s Verco Decking, Antioch plant

1.81 kg CO2e/kg

Material Image

Tetto d'acciaio e piano ponte utilizzando la tecnologia dell'altoforno (BF), 7800 kg/m3, Nucor Corporation’s Verco Decking, Antioch plant

Nucor Corporation’s Verco Decking, Antioch plant

2.22 kg CO2e/kg

Material Image

Tetto d'acciaio e piano ponte utilizzando la tecnologia dell'altoforno (BF), 7800 kg / m3, Nucor Corporation’s Verco Decking, Phoenix plant

Nucor Corporation’s Verco Decking, Phoenix plant

2.23 kg CO2e/kg

Material Image

Pannelli di copertura in acciaio e pavimenti, zincati o non rivestiti, tensile strength: 410-655 N/mm2, 7800 kg/m3, Nucor

Nucor

2.29 kg CO2e/kg

Material Image

Giovane in acciaio aperto e ragazze trave, Nucor (2024)

Nucor (2024)

0.839 kg CO2e/kg

Material Image

Falegnameria in acciaio aperto, 7800 kg/m3, Nucor

Nucor

0.839 kg CO2e/kg

Material Image

Travi da joist e joist in acciaio, media del produttore prodotta in Nord America, 0.254-0.51m di profondità, 73m (joist), 0.51-3.1m di profondità, 37m (girders), Nucor Corporation

Nucor Corporation

1.48 kg CO2e/kg

Material Image

Sezioni in acciaio strutturale Hollow, tubo meccanico, tubo irrigatore, tubo di coppia solare, tensile strength: 410-655 N/mm2, 7800 kg/m3, Nucor, Trinity plant

Nucor, Trinity plant

1.86 kg CO2e/kg

Material Image

Sezioni in acciaio strutturale Hollow, tubo meccanico, tubo irrigatore, tubo di coppia solare, tensile strength: 410-655 N/mm2, 7800 kg/m3, Nucor, Marseilles plant

Nucor, Marseilles plant

1.60 kg CO2e/kg

Material Image

Sezioni in acciaio strutturale Hollow, tubo meccanico, tubo irrigatore, tubo di coppia solare, tensile strength: 410-655 N/mm2, 7800 kg/m3, Nucor, Birmingham plant

Nucor, Birmingham plant

1.81 kg CO2e/kg

Material Image

Sezioni in acciaio strutturale Hollow, tubo meccanico, tubo irrigatore, tubo di coppia solare, tensile strength: 410-655 N/mm2, 7800 kg/m3, Nucor, Chicago plant

Nucor, Chicago plant

1.40 kg CO2e/kg

Material Image

Sezioni in acciaio strutturale Hollow, tubo meccanico, tubo irrigatore, tubo di coppia solare, tensile strength: 410-655 N/mm2, 7800 kg/m3, Nucor, Decatur plant

Nucor, Decatur plant

1.86 kg CO2e/kg

Material Image

Sezioni in acciaio strutturale Hollow, tubo meccanico, tubo irrigatore, tubo di coppia solare, tensile strength: 410-655 N/mm2, 7800 kg/m3, Nucor

Nucor

1.71 kg CO2e/kg

Material Image

Piastra in acciaio di grado di costruzione, 7861 kg/m3, Nucor Steel Tuscaloosa

Nucor Steel Tuscaloosa

1.41 kg CO2e/kg

Material Image

Piastra in acciaio di grado di costruzione, 7861 kg/m3, Nucor Hertford County

Nucor Hertford County

1.21 kg CO2e/kg

Precedente 1 2 Prossimo