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Showing 10 of 258 products

  • A413.2 Aluminum Alloy

    Lead-free Exceptional FluidityHigh Pressure TightnessHot Crack ResistantNear-Zero Freezing Range
    Eutectic Al-Si die-casting alloy (88% Al, 12% Si) with exceptional fluidity and hot crack resistance. Ideal for thin-wall intricate castings. 4-18 ingot.
    Solidus
    1,070°F (577°C)
    Liquidus
    1,080°F (582°C)
    Density
    0.096 lbs/in³ (2.66 g/cm³)
    Primary Elements
    Al · Si
  • Product code: 4643

    Manganese Bronze

    Lead-free CDA C86200 High StrengthImpact ResistantMarine Propeller GradeHeavily Stressed Applications
    High-strength manganese bronze (65% Cu, 25% Zn, 3% Mn, 4% Al, 3% Fe) per CDA C86200 for heavily stressed machine parts and structural castings.
    Solidus
    1,650°F (899°C)
    Liquidus
    1,725°F (941°C)
    Density
    0.288 lbs/in³ (7.97 g/cm³)
    Primary Elements
    Cu · Zn · Al · Fe · Mn
  • A201.1 Aluminum Alloy

    Lead-free Ultra-High Tensile StrengthHeat TreatableAerospace GradeHigh Fracture Toughness
    Ultra-high-strength Al-Cu-Ag alloy (94% Al, 4.5% Cu, 0.7% Ag) delivering nearly double the tensile strength of 300-series alloys. Aerospace grade.
    Solidus
    1,005°F (541°C)
    Liquidus
    1,205°F (652°C)
    Density
    0.101 lbs/in³ (2.8 g/cm³)
    Primary Elements
    Al · Cu · Ag
  • A203.2 Aluminum Alloy

    Lead-free Ultra-High StrengthEnhanced Elevated-Temperature StabilityAerospace Grade
    High-strength Al-Cu-Ni casting alloy (92.35% Al, 5% Cu, 1.5% Ni) with elevated-temperature stability. Aerospace and structural grade. 3-16 ingot.
    Solidus
    995°F (535°C)
    Liquidus
    1,185°F (641°C)
    Density
    0.101 lbs/in³ (2.79 g/cm³)
    Primary Elements
    Al · Cu · Ni
  • Product code: 4872

    Aluminum Bronze UNS C95200

    Lead-free CDA C95200 Heavy-Load Bearing GradeWear ResistantCorrosion ResistantHigh Compressive Strength
    Aluminum bronze (87.5% Cu, 9% Al, 3.5% Fe) per CDA C95200 for heavy-load bearings and structural castings. 2-20 ingot.
    Solidus
    1,907°F (1,042°C)
    Liquidus
    1,913°F (1,045°C)
    Density
    0.276 lbs/in³ (7.64 g/cm³)
    Primary Elements
    Cu · Al · Fe
  • Primary 99.85% Aluminum

    Lead-free High Electrical ConductivityExcellent Thermal ConductivityPrimary Grade Purity
    Primary 99.85% Al ingot with excellent electrical conductivity and thermal performance. Forms: 50 lb ingots and approx. 5 lb pieces.
    Solidus
    1,190°F (643°C)
    Liquidus
    1,215°F (657°C)
    Density
    0.098 lbs/in³ (2.71 g/cm³)
    Primary Elements
    Al
  • A444.2 Aluminum Alloy

    Lead-free High DuctilityExcellent Impact ResistanceLow IronSuperior Weldability
    High-ductility Al-Si alloy (93% Al, 7% Si) with low iron for maximum elongation and impact resistance. Safety-critical casting grade. 3-16 ingot.
    Solidus
    1,065°F (574°C)
    Liquidus
    1,135°F (613°C)
    Density
    0.097 lbs/in³ (2.68 g/cm³)
    Primary Elements
    Al · Si
  • F357 Aluminum Alloy (Beryllium-Free A357)

    Lead-free Beryllium-FreeAdditive Manufacturing OptimizedSuperior Fatigue ResistanceInvestment Casting Grade
    Beryllium-free Al-Si-Mg alloy (6.5–7.5% Si, 0.45–0.7% Mg, Be <0.002%) optimized for additive manufacturing and investment casting. 3-16 ingot.
    Solidus
    1,035°F (557°C)
    Liquidus
    1,135°F (613°C)
    Density
    0.097 lbs/in³ (2.68 g/cm³)
    Primary Elements
    Al · Si · Mg · Ti
  • Product code: 4306A

    #250 Flake Copper

    Lead-free Lamellar Flake GeometryConductive Ink FormulationEMI ShieldingHigh Surface Area
    High-purity flake copper powder with lamellar geometry. Used for conductive inks, EMI shielding, thermal spray coatings, and chemical vapor deposition processes.
    Solidus
    1,984°F (1,084°C)
    Liquidus
    1,984°F (1,084°C)
    Density
    0.209 lbs/in³ (5.8 g/cm³)
    Primary Elements
    Cu
  • Product code: TI99AAAA

    99% Titanium

    Lead-free Aluminum Grain RefinerHigh Strength-to-Weight RatioAerospace Alloying ElementSteel Stabilizer
    99% pure titanium in 1/2" and down piece form. Used as an alloying element in aluminum, steel, and superalloy production for grain refinement and high-strength lightweight applications.
    Solidus
    3,034°F (1,668°C)
    Liquidus
    3,034°F (1,668°C)
    Density
    0.163 lbs/in³ (4.51 g/cm³)
    Primary Elements
    Ti

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