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Metals - Coggle Diagram

- - - - Ductile, high tensile strength, tough, malleable, poor resistance to corrosion
      - 0.15-0.30 % carbon content
      - Melting Temperature 1427 degrees C
    - - Nuts, Bolts, Washers
      - Screws
      - Car bodies, outer panels
  - - - Harder than lower carbon steel but less ductile, malleable and tough
      - 0.3 - 0.7 % carbon content
    - - Springs
      - Gardening
      - trowels
  - - - Hard outer skin but brittle core, good under compression
      - 3.5% carbon
      - Melting temperature 1149 degrees C
    - - Disc Brakes
      - Machine parts
      - Engine blocks
- - - - sinks, kitchenware, cutlery
    - - 18% chrome, 8% nickel 74% iron
      - tough, hard, corrosion resistant
      - melting temperature 1510 degrees
  - - - aircraft parts, vehicle parts
    - - 4% copper, 1% magnesium and manganese, 95% aluminum
      - same strength as mild steel, lightweight, ductile, becomes harder as it is worked
  - - - used in boat fittings, doors, furniture, cast valves, taps, ornaments
    - - corrosion resistant , good conductor, low melting point 930 Celsius degrees, casts well
      - 65% copper, 35% zinc
- - - - Lightweight, ductile, malleable, corrosion resistant, electrical and thermal conducter, can be metal inert gas (MIG) and tungstren inert gas (TIG) heat welded. Melting temperature 660C
    - - Low melting point, good corrosion resistance. - Melting temperature 420C
    - - Ductile, malleable, low melting point, corrosion resistant. - Melting temperature 232C
  - - - Drinks cans, aircraft bodies, bike frames, window frames, saucepans, cooking utensils, packaging, backing foil.
    - - Galvanising steel as a protective coating for dustbins, buckets, farm, gates. Intricate die castings.
    - - Soft solder, coatings for food cans, rarely used in pure form