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ST6556 Lutetium Planar Target
  • Catalog No.ST6556
  • CAS Number7439-94-3
  • MaterialLu
  • Density9.8404 g/cm3
  • Purity99.9%

Stanford Materials Corporation (SMC) provides high-purity Lutetium Planar Targets designed for precise thin-film deposition. Offering 99.9% purity, customizable shapes, and inert gas packaging, SMC ensures dependable performance for cutting-edge research and industrial applications.

 

Lutetium Planar Target
Lutetium Planar Target

Lutetium Planar Target Description

SMC’s lutetium planar targets are crafted from lutetium metal with purity levels of 99.9% to 99.99% (3N-4N). These targets are available in diameters ranging from 50-200 mm and thicknesses from 3-10 mm. Custom bonding options (e.g., Cu backing plates) and fine-grained structures (<50 µm) ensure uniform sputtering and enhanced thermal stability. Each target is vacuum-sealed in argon-filled containers to prevent oxidation and undergoes XRD crystallography and ICP-MS impurity testing to meet ASTM F3091 standards. We offer technical support including sputtering parameter recommendations (e.g., DC power ranges), with quick delivery (3-4 weeks).

Lutetium Planar Target Specifications

Properties

  • Purity: 99.9%
  • Theoretical Density: 9.8404 g/cm³
  • Melting Point: 1663 °C
  • Boiling Point: 3395 °C
  • Product Shape: Rectangular, or customized upon request
  • Product Size: Customized
    The product information above is based on theoretical data. For specific requirements, please contact us.

Lutetium Planar Target Applications

  1. Medical Imaging: Lu-177 isotope films for targeted cancer radiotherapy.
  2. Catalysis: Lu-doped coatings for petroleum refining and chemical synthesis.
  3. Scintillators: Lu-based films in PET scanners and radiation detectors.
  4. Electronics: High-k dielectric layers for semiconductor devices.

Lutetium Planar Target Packaging

SMC’s products are packaged in customized cartons based on the material dimensions. Smaller items are safely packed in PP boxes, while larger ones are placed in custom wooden crates. We ensure strict adherence to packaging specifications and use the necessary cushioning materials to protect products during transport.

Packaging Options: Carton, Wooden Box, or Customized.

Manufacturing Process

  • Manufacturing Process Flow

flowchart target material

  • Testing Method
    • Chemical Composition Analysis: Performed using GDMS or XRF to verify purity.
    • Mechanical Properties Testing: Includes tensile strength, yield strength, and elongation to test material performance.
    • Dimensional Inspection: Ensures adherence to required tolerances.
    • Surface Quality Inspection: Checks for defects such as scratches, cracks, or inclusions using visual and ultrasonic methods.
    • Hardness Testing: Determines material hardness and mechanical reliability.

Lutetium Planar Target FAQs

Q1: What purity grades are available for lutetium targets?
A1: SMC offers a 99.9% (3N) purity grade, with impurity details provided in Certificates of Analysis (CoA).

Q2: Can I request custom target dimensions or bonding configurations?
A2: Yes. We can customize diameters (50-200 mm), thicknesses (3-10 mm), and bonded backings (e.g., Cu, Mo). Provide your specifications for rapid prototyping.

Q3: How is oxidation prevented during storage and shipping?
A3: Targets are vacuum-sealed in argon-filled containers with desiccant packs. After delivery, storage in dry inert gas (Ar/N₂) is recommended.

Performance Comparison Table with Competitive Products

Lutetium Rotary Target vs. Lutetium Planar Target

Feature Lutetium Rotary Target Lutetium Planar Target
Material Utilization 80-90% 30-40%
Service Life Longer Shorter
Coating Uniformity More uniform May vary
Production Cost Higher initial, economical long term Lower initial, frequent replacement
Applications Large-area coatings Small-area coatings
Sputtering Stability Stable Less stable
Compatible Equipment Requires rotary sputtering Compatible with planar sputtering systems

Related Information

  1. Raw Materials - Lutetium
    Atomic Number: 71 | Melting Point: 1663°C | Density: 9.84 g/cm³
    Key Uses: Cancer therapy, catalysis, electronics.
    Fun Fact: Lutetium is the heaviest and hardest rare-earth metal.
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