Tin Ingot High Quality Tin Ingots 99.9%-99.99% Pure Tin Metal Ingot for Sale with Factory Price
tin ingots
tin metal ingots
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Tin Ingot Technical Properties And Measurements
Application : Aviation, Electronics, Industrial, Medical, Chemical
Standard : JIS, GB, DIN, BS, ASTM, AISI
Purity : >99.99%
Type : Ingot
Shape : Rectangular
Alloy : Non-alloy
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Description
Technical Parameters
High Purity Tin Ingot 99.9% for Industrial Use
Description
Purity
Tin Metal Ingot
> 99.9%
As < 0.015%, Fe < 0.007%, Cu < 0.01%
Tin Metal Ingot
> 99.99%
As < 0.0005%, Fe < 0.003%, Cu < 0.0005%
What are the key technical properties and measurements of Tin Ingots?
Tin Ingots possess distinct technical properties and standardized measurements that make them suitable for diverse industrial applications. Chemically, tin is a silvery-white metal with atomic number 50 and a density of 7.31 g/cm³, making it relatively lightweight yet durable. It has a low melting point of 231.9°C (449.4°F), which facilitates energy-efficient melting and casting processes in manufacturing. Tin is also non-toxic, corrosion-resistant, and malleable, allowing it to be formed into thin foils or coatings without cracking.
mechanical properties include:Tensile Strength: 2–6 MPa (varies by alloy composition), enabling it to withstand moderate stress in applications like coatings or solders.Ductility: High ductility allows tin to be stretched into wires or rolled into thin sheets without fracturing.Conductivity: Excellent electrical (9.1 × 10⁶ S/m) and thermal conductivity (66.8 W/m·K), critical for electronics and heat transfer applications.Measurements for raw tin ingots typically follow industry standards:Shape: Rectangular or slab-like blocks with smooth surfaces.Weight: Common sizes range from 1 kg to 25 kg for small-scale applications, and up to 50–100 kg for industrial bulk use.Dimensions: Standard ingots often measure 100–200 mm in length, 50–100 mm in width, and 20–50 mm in thickness, though custom sizes are available for specialized processes like precision casting.Purity levels further define properties: High-purity tin (99.9%–99.99%) is used for electronics and alloys, while industrial-grade tin (99.0%–99.9%) is cost-effective for coatings and general manufacturing. These properties and measurements ensure tin's versatility in soldering, metallurgy, and coatings.
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