Thermo Scientific™ Tin 99.5%, 100 mesh

Tin (Sn) Powder, 99.5%, -100 Mesh from Thermo Scientific™ is a high-purity, fine-grade metal powder used in a wide variety of scientific, metallurgical, electronic, and chemical processes. This finely divided powder passes through a 100 mesh sieve, making it ideal for reactive surface applications, powder metallurgy, catalysis, and materials synthesis.

Offered with controlled trace metal impurities (≤0.5%), this grey powder is a reliable choice for research laboratories, metal alloy preparation, and soldering formulation, as well as for use in reduction reactions and tin-based catalysts.

Key Features & Benefits

• High Purity (≥99.5%)
  Low impurity profile supports consistent chemical and metallurgical performance.
• Fine Particle Size (-100 Mesh)
  High surface area facilitates uniform mixing, reactivity, and sintering.
• Grey Metallic Appearance
  Stable, easy-to-handle powder form.
• Low Trace Metal Content
  Total metal impurities ≤0.5% ensure reproducibility in sensitive processes.
• Versatile for Research & Industrial Applications
  Suitable for use in analytical chemistry, electronics, alloying, and surface science.

Chemical Identity & Properties

Applications & Use Cases

• Metallurgical Research & Alloy Development
  • Used in preparing tin-based alloys, brass, bronze, and soft solder
• Powder Metallurgy & Sintering
  • Applied in press-and-sinter metal parts and coating technologies
• Electronic and Semiconductor Materials
  • Base material in solder pastes and conductive coatings
• Chemical Reduction Agent
  • Participates in redox reactions as a reducing metal
• Catalysis & Nanomaterials
  • Starting material for tin oxide synthesis, Sn nanoparticles, and heterogeneous catalysts

Thermo Scientific™ Tin Powder, 99.5%, -100 Mesh is a high-purity metallic reagent offering consistent particle size and low impurity content for research laboratories, advanced materials development, and industrial manufacturing. With its fine powder form and controlled quality, it is ideal for chemical reactions, solder formulation, alloy research, and electronic materials processing.