The objective of this document is to specify the chemicals characteristics and properties of the material Steel AISI Carbon Steel.

Transcription

1 STEEL AISI - 2 Steel AISI 2. Carbon Steel. Carbon C.8.23 Manganese Mn.3.6 Phosphorus P -.4 Max Sulfur S -.5 Max FM-DO-CO-2 3/3/27

2 STEEL AISI Steel AISI 862. Carbon Steel. Carbon C.7.23 Silicon Si -.4 Max Manganese Mn Chromium Cr.35.7 Nickel Ni.4.7 Molybdenum Mo.5.25 Phosphorus P -.35 Max Sulfur S -.35 Max 2.2 Hardness RC on the Surface. Covered with Tungsten Carbide. FM-DO-CO-4 3/3/27

3 DAMERON 3 Dameron 3. Nickel alloy. Carbon C -.2 Max Boron B Silicon Si Iron Fe -. Max Chromium Cr -. Max Nickel Ni Balance Balance 2.2 Thermic treatment Not recommended. 2.3 Hardness RC on the surface. FM-DO-CO-6 3/3/27

4 DAMERON 4 Dameron 4. Nickel alloy. Carbon C -.2 Boron B Silicon Si Iron Fe -. Max Chromium Cr -. Max Nickel Ni Balance Balance 2.2. Micro Structure Micro Structure (X) Not recommended RC on the surface. FM-DO-CO-8 3/3/27

5 VITRO GRAY CAST IRON (LAMINATED GRAPHITE) F-2B Vitro Gray Cast Iron (Laminated Graphite) F-2B. Carbon C Manganese Mn Silicon Si 2 2. Sulfur S.3.4 Phosphorus P -.2 Max Molybdenum Mo.4.65 Chromium Cr -. Max % equivalent carbon from 4.7 to 4.3 = C + (%Si + %P)/ Micro structure (Glass contact zone) Laminated Graphite shape. Graphite types D, E and A. Deep of chill from 3/8 to 5/8. Graphite size 7, 8, 6. Max of 3% of A5. Ferrite 8% min, Pearlite 2% max. Carbides 5% max. Micro structure X 2.3 Hardness 3 to 6 Brinell on the surface. FM-DO-CO- 3/3/27

6 VITRO VERMICULAR CAST IRON (COMPACTED GRAPHITE) FINOT Vitro Vermicular Cast Iron (Compacted Graphite) FINOT. Carbon C Manganese Mn.4.6 Silicon Si Sulfur S -.2 Max Phosphorus P -.2 Max Molybdenum Mo.2.4 Magnesium Mg.5.3 Vanadium V -.3 Max % equivalent carbon from 4.5 to 4.63 = C + (%Si + %P)/3 Micro structure X 2.2. Micro structure (Glass contact zone) Compacted Graphite shape. Graphite distribution type IV, 6% min. Ferrite 8% min, Pearlite 2% max. Carbides 5% max. Annealing. 35 to 5 Brinell on the surface. FM-DO-CO-2 3/3/27

7 NODULAR CONTINUOUS CAST IRON (SPHEROIDAL GRAPHITE) Nodular Continuous Cast Iron (Spheroidal Graphite). Carbon C Manganese Mn.5.35 Silicon Si Sulfur S -.25 Max Phosphorus P -.5 Max Magnesium Mg Micro structure Spheroidal Graphite shape. Graphite types I and II. Ferrite 75% min, Pearlite 25% max. Carbides 5% max. Micro structure X No Treatment. 6 to 8 Brinell on the surface. FM-DO-CO-4 3/3/27

8 VITRO EXCA Vitro Exca. Aluminium Al Nickel Ni Iron Fe 4 5 Silicon Si.9. Manganese Mn 2 Zinc Zn -.2 Max Lead Pb -. Max Chromium Cr -. Max Tin Sn -.5 Max Phosphorus P -.8 Max Cobalt Co -. Max Beryllium Be -. Max Copper Cu Balance Balance 2.2. Micro structure Micro structure X Not recommended. 9 to 23 Brinell on the surface. FM-DO-CO-6 3/3/27

9 VITRO MINOX Vitro Minox. Aluminium Al Nickel Ni Zinc Zn 8 Silicon Si.9. Iron Fe -.2 Max Lead Pb -.2 Max Manganese Mn -.3 Max Tin Sn -. Max Chromium Cr -. Max Phosphorus P -.8 Max Cobalt Co -. Max Beryllium Be -. Max Copper Cu Balance Balance 2.2. Micro structure Micro structure X Annealing. 9 to 23 Brinell on the surface. FM-DO-CO-8 3/3/27