Hafnium Wire

Key Advantages

  • Ultra-high purity: Hf + Zr > 99.98%, Zr < 1% for semiconductor, nuclear and high-tech applications where contamination is not an option.

  • Tight dimensional control: Diameter 0.1–5.0 mm, typical tolerance ±0.05 mm, enabling precise process and device design.

  • Engineered properties: Cold drawn or annealed to balance tensile strength, ductility and formability for your process.

  • Clean metallic surface: Smooth, bright silver finish supports stable emission, coating, bonding and vacuum performance.

  • Standards-based: Produced to ASTM B737, simplifying qualification in critical industries.

Primary Applications

  • Semiconductor: CVD, PVD and ALD processes; precursor and target wire for HfO₂ and high-k dielectric thin films.

  • Industrial: Superalloy production, plasma cutting electrodes and discharge components operating at high temperature.

  • High-tech manufacturing: Solder, emitters and evaporation/coating sources in advanced vacuum and plasma systems.

Testing (Typical)

  • Chemical composition verification (Hf/Zr ratio and impurity profile)

  • Dimensional & tolerance checks (diameter, roundness)

  • Surface inspection for defects and cleanliness

  • Mechanical testing (tensile/ductility) as specified

Packaging & Delivery

  • Packaging: Coils or straight lengths in protective wrapping, packed in sturdy seaworthy cartons/wooden cases or custom solutions.

  • Shipping: Global delivery with coordinated lead times; support for documentation and export requirements.

Product Description

LuminaTitanium supplies high-purity hafnium wire manufactured to ASTM B737 for semiconductor, industrial and advanced technology applications. Produced via ultra-purification (crystallization, solid-state refining, sublimation) and precise cold drawing/annealing, our hafnium wire offers high density, excellent emission behavior, stable performance at elevated temperatures and tight dimensional control—ideal for CVD/PVD/ALD, plasma systems, superalloys and specialty coating processes.

Technical Specifications

ParameterDetailsWhy It Works for You
PurityHf + Zr > 99.98%, Zr < 1%Ensures consistency in high-purity and nuclear/semiconductor environments
StandardASTM B737Recognized framework for critical hafnium products
Size rangeDia 0.1–5.0 mm, tol. ±0.05 mmCovers fine to medium diameters for thin-film, plasma and alloy uses
ConditionCold drawn, annealedChoose strength vs. workability for winding, machining or forming
FormCoils or custom formsFits automated lines or special assemblies
SurfaceBright silver metalClean, smooth surface for emission, coating and joining
PackingSeaworthy or customProtects wire geometry and cleanliness in global transit

Ordering Checklist

  • Standard & purity: ASTM B737; confirm required Hf/Zr ratio & impurity limits.

  • Diameter & form: 0.1–5.0 mm; coil vs. straight; tolerance and spool/pack format.

  • Condition: cold drawn or annealed depending on handling and forming needs.

  • Surface & cleanliness: bright metallic; any additional cleaning/packaging for vacuum or cleanroom use.

  • Testing & documentation: chemistry, mechanical, dimensional reports; MTC EN 10204 3.1; third-party certificates if needed.

  • Quantity & packaging: coil lengths, batch sizes, export packing and labeling/traceability.

  • End use: semiconductor, plasma, superalloy, R&D, etc., to align specs and QA scope.

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