Energia

Chi ha acceso le luci?

 La fornitura dell' energia necessaria e la riduzione al minimo dell' impatto ambientale sono sfide della generazione odierna.Turbine per i generatori di energia, alimentate da vapore, gas o acqua, sono al centro dell'economia e garantiscono il nostro attuale tenore di vita.

I materiali utilizzati nel settore dell'energia sono sottoposti a estreme sollecitazioni termiche e meccaniche, una prova in corso d'opera che non potrebbe risultare più difficile.Per queste applicazioni, Böhler ha sviluppato acciai e leghe speciali a base di nichel e cobalto che permettono il rendimento massimo delle turbine nei generatori di energia prodotti dai nostri clienti, leader mondiali.

Qualità Acciaio Corrispondenza Norme Download Catalogo


Highly creep and corrosion resistant, precipitation hardening austenitic steel. Scaling resistance in air up to appr. 800°C.

EN Nr. 1.4980
AISI Nr. 660
EN Name X5NiCrTi26 15
UNS Nr. S66286

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Creep resisting steel, hardened and tempered. Usual upper temperature limit for continuous operating 580°C.

EN Nr. 1.4922
AISI Nr. -
EN Name X20CrMoV12 1
UNS Nr. -

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Creep resisting , corrosion resistance hardened and tempered steel, with good toughness and good creep rupture strength. Usual upper temperature limit for continuous operating 560°C.

EN Nr. 1.4938
AISI Nr. -
EN Name X11CrNiMo12
UNS Nr. S64152

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Creep resisting steel, hardened and tempered. Usual upper temperature limit for continuous operating 550°C.

EN Nr. 1.4021
AISI Nr. -
EN Name X20Cr13
UNS Nr. -

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Creep resisting steel, hardened and tempered. Usual upper temperature limit for continuous operating 550°C

EN Nr. -
AISI Nr. 403 ca./appr.
EN Name -
UNS Nr. S40300 ca./appr.

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Creep resisting steel, hardened and tempered. Usual upper temperature limit for continuous operating 550°C.

EN Nr. -
AISI Nr. 403Cb
EN Name -
UNS Nr. -

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Creep resisting, martensitic precipitation hardenable Cr-Ni-Mo-Cu-steel with high strength and good toughness. It may be furnished in the solution-annealed or age-hardened condition. Usual upper temperature limit for continuous operating 370°C.

EN Nr. -
AISI Nr. XM25
EN Name -
UNS Nr. S45000

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Martensitic precipitation hardenable chromium-nickel-copper steel possessing high strength and toughness. Further strengh increments can be obtained by cold forming, followed by a precipitation hardening treatment.

EN Nr. 1.4542
AISI Nr. 630
EN Name X5CrNiCuNb16 4
UNS Nr. S17400

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Nickel-base-alloy, creep resistant up to 850°C, and excellent oxidation resistance.

EN Nr. 2.4952
AISI Nr. HEV5
EN Name NiCr20TiAl
UNS Nr. N07080

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Non magnetic, corrosion and oxidation-resistant, nickel - base alloy. High toughness and strength in the temperature range cryogenic to 1000°C. Excellent fatigue strength and stress corrosion cracking resistance to chlorid ions. Good weldability.

EN Nr. 2.4856
AISI Nr. 5599(AMS)
EN Name NiCr22Mo9Nb
UNS Nr. N06625

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High temperature, precipitation hardening, nickel-base alloy with particularly high hot strength and hot yield strength up to 750°C, and excellent creep behaviour up to 700°C.

EN Nr. 2.4668
AISI Nr. 5662(AMS)
EN Name -
UNS Nr. N07718

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