Titanium

The 3d render shown here is for illustrative purposes only and does not reflect the actual appearance, quality, or functionality of the final product.

The Benchmark for Structural Integrity and Biocompatibility

Titanium is the definitive engineering metal, offering the structural strength of steel at approximately 55% of the weight. While its strength-to-density ratio is legendary, its true industrial value is unlocked through advanced alloying. Less Common Metals (LCM) specialises in the Vacuum Induction Melting (VIM) of specialty Titanium alloys, including those integrated with transition metals and rare earth elements. Our expertise allows us to produce high-purity cast forms with precisely controlled microstructures, serving as a critical partner for the aerospace, medical, and chemical processing sectors.

Titanium Capabilities & Technical Grades

Titanium’s high melting point and reactivity with atmospheric gases require the elite vacuum standards maintained at our Ellesmere Port facility. We offer:

  • Shape Memory Alloys (SMA): Specialist Ti-Ni-Fe systems capable of recovering original geometries after deformation.
  • Medical Grade Castings: Ultra-high purity alloys (such as TiCo) engineered for osseointegration and biocompatibility.
  • High-Temperature Intermetallics: Multi-component systems (Ti-Al-Cr-V-Mn) designed for the extreme thermal environments of jet turbines.
  • Magnetic & Sensor Alloys: Unique formulations like TiFeB and TiCoFeZrNd for advanced electronic applications.

Available Casting Forms

  • Cast Ingots: Primary feedstock for forging and machining.
  • Specialty Cast Shapes: Tailored geometries for medical prosthetics and industrial components.

Metallic Lumps & Pieces: (6–10mm) High-purity pieces for vacuum evaporation and alloying additions.

Alloy System Key Technical Benefits Primary Applications
TiNiFe (Shape Memory) Precision "shape memory" effect — high damping capacity and fatigue life. Biomedical stents, actuators, aerospace couplings.
TiCo / TiZr Superior biocompatibility and corrosion resistance, with a high strength-to-weight. Orthopaedic implants, dental prostheses, marine engineering.
TiAl-X (Complex Systems) Extreme heat resistance, where structural integrity is maintained at high RPMs. Jet engine turbines, missiles, automotive turbochargers.
TiFeB / TiCo-Rare Earth Combines Titanium’s strength with high magnetic performance. Magnetic sensors, high-performance electric motors.
TiVLaMnNiZr A high-complexity alloy designed for extreme chemical stability and mechanical toughness. Petrochemical refineries, desalination plants, aerospace structures.
TiZrMnCrHfFe High-entropy style alloy with exceptional oxidation resistance and formability. Demanding chemical processing environments and aerospace.

Comprehensive Chemical Capability List for Ti

For procurement heads requiring non-standard compositions:

We regularly produce the following technical alloys to strict compositional tolerances:

  • Binary Systems: TiFe, TiZr, TiCo.
  • Advanced Ternary & Quaternary Systems: TiAlCo, TiAlCu, TiFeB, TiZrCuSn.
  • High-Complexity Cast Products:
    • TiCoFeZrSm/Nd: Rare-earth integrated Titanium for magnetic and high-stress energy sectors.
    • TiYFe: Yttrium-enhanced Titanium for superior high-temperature grain stability.
    • TiFeSnNb: Engineered for maximum ductility and corrosion resistance in marine environments.

 

Titanium’s performance is entirely dependent on the exclusion of interstitial contaminants. At LCM, we ensure:

  • Inert Processing: Melting and casting occur under stringent vacuum to eliminate oxygen and nitrogen pickup.
  • Analytical Rigour: Full ICP-OES analysis to verify the trace metals basis and exact elemental ratios.
  • Secure Packaging: All Titanium cast products are vacuum-sealed or packed in moisture-resistant drums to ensure zero surface contamination.

 

Discuss your specific Titanium alloy requirements with our team.

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