Ferro Titanium for Nuclear Power Plants
Ferro Titanium is a specialized alloy composed of iron and titanium, specifically designed for use in nuclear power plants. Ferro titanium specification Grade Ti Al ...
DESCRIPTION
Ferro Titanium is a specialized alloy composed of iron and titanium, specifically designed for use in nuclear power plants.
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Ferro titanium specification
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Grade
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Ti
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Al
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Si
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P
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S
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C
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Cu
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Mn
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FeTi30-A
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25-35
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8.0
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4.5
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0.05
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0.03
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0.10
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0.2
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2.5
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FeTi30-B
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25-35
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8.5
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5.0
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0.06
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0.04
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0.15
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0.2
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2.5
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FeTi40-A
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35-45
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9.0
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3.0
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0.03
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0.03
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0.10
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0.4
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2.5
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FeTi40-B
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35-45
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9.5
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4.0
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0.04
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0.04
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0.15
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0.4
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2.5
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FeTi70-A
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65-75
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3.0
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0.5
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0.04
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0.03
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0.10
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0.2
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1.0
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FeTi70-B
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65-75
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5.0
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4.0
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0.06
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0.03
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0.20
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0.2
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1.0
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FeTi70-C
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65-75
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7.0
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5.0
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0.08
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0.04
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0.30
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0.2
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1.0
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Product Applications: Ferro Titanium finds essential applications in various components and systems within nuclear power plants, including:
- Reactor Components: Ferro Titanium is used in the construction of reactor vessels, control rods, and other critical reactor components to ensure corrosion resistance, mechanical strength, and neutron absorption.
- Heat Exchangers: The alloy is employed in heat exchangers used in cooling systems, providing corrosion resistance and high-temperature strength for efficient heat transfer in nuclear power plants.
- Piping and Tubing: Ferro Titanium is applied in piping and tubing systems, offering excellent corrosion resistance to ensure the safe transport of fluids and gases in nuclear power plants.
- Shielding Components: The alloy finds use in shielding components, such as radiation shielding and neutron shields, providing effective protection against radiation hazards.
- Control and Safety Systems: Ferro Titanium is utilized in control and safety systems, including control rods and structural components, to ensure corrosion resistance and mechanical integrity.
- Storage and Containment Systems: The alloy is used in storage and containment systems for nuclear waste and spent fuel, providing corrosion resistance and durability.
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