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Alloy 400 Data Sheet
Nickel-copper alloy. Alloy of
nickel and around 30% copper (NA 13 type) providing good
mechanical strength and toughness combined with excellent
corrosion resistance. For marine engineering and chemical
process industry equipment. |
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Alloy K-500 Data Sheet
Precipitation hardenable nickel-copper alloy.
Alloy of nickel and around 30% copper (NA
18 type) providing high mechanical strength/ toughness
combined with excellent corrosion resistance and outstanding
properties at cryogenic temperatures. For marine engineering
and Oil & Gas applications. |
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38 KB |
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MP35N
Data Sheet
Nickel-Cobalt-Chromium-Molybdenum alloy.
Vacuum melted nickel/cobalt alloy with
substantial additions of chromium and molybdenum. Attractive
combination of ultra-high strength, toughness and
outstanding corrosion resistance. For Oil & Gas, aerospace,
autosport, marine and medical applications. |
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Ti-6Al-4V (Grade 5)
Most commonly used high-strength
titanium alloy (often referred to as 6-4 alloy) with
excellent corrosion resistance in many environments. For
aerospace, Oil & Gas, autosport and medical applications. |
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Ti-3Al-2.5V (Grade 9)
Alloy of titanium with 3% aluminium and
2.5% vanadium. Lower strength than 6-4 (Grade 5) titanium
but more formable/weldable. Greater strength than CP grades
with high corrosion resistance. For tubing in aircraft,
corrosion resistant pipes and vessels, recreational
products. |
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Ti-6-2-4-2
High strength titanium alloy. Excellent mechanical strength,
stability and creep resistance up to 550 deg. C. Used for
jet engine compressors, airframe structures and racing
engine components. |
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Ti-6-2-4-6
High strength titanium alloy. Very high mechanical strength
with good retention up to 450 deg. C. Used for components in
gas turbine engines, racing engines and oil & gas production
equipment. |
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CP Grade 1
Commercially pure titanium.
Unalloyed titanium
combining useful mechanical strength and high corrosion
resistance with optimum ductility and cold formability. For
architecture, medical, automotive, chemical plant, Oil &
Gas, brewing and marine applications. |
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CP Grade 2
Commercially pure titanium.
Most frequently employed unalloyed titanium combining
moderate mechanical strength and high corrosion resistance
with good ductility and excellent weldability. For
architecture, medical, automotive, chemical plant, Oil &
Gas, brewing and marine applications. |
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CP Grade 3
Commercially pure titanium.
Unalloyed titanium
combining good mechanical strength and high corrosion
resistance with moderate ductility and excellent
weldability. For architecture, medical, automotive, chemical
plant, Oil & Gas, brewing and marine applications. |
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CP Grade 4
Commercially pure titanium.
Unalloyed titanium
combining reasonably high mechanical strength and high
corrosion resistance with good weldability. For
architecture, medical, automotive, chemical plant, Oil &
Gas, brewing and marine applications. |
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