Magnesium ingots are a common metal material that typically exist in solid form. It has lightweight, high strength, and good corrosion resistance, making it widely used in multiple fields.

They are produced by refining tin ore to remove impurities, resulting in a high-purity tin product. These ingots are characterized by their silver-white color and smooth surface. They are composed of almost entirely tin, with minimal trace elements or impurities.

Tin ingot is a solid metallic block with a silver-white appearance and a smooth surface. It is composed of high-purity tin, typically exhibiting a uniform structure and tightly packed grains. Tin ingot has a relatively low density and melting point, making it widely used in applications such as soldering, electronics manufacturing, alloy preparation, and food packaging.

Lead ingot is a solid metallic block composed of high-purity lead, commonly used in various industries for its malleability, corrosion resistance, and electrical conductivity.

A7, A8, A9 aluminum ingots are internationally recognized grades used to differentiate aluminum materials with different purities and compositions.

Special High-grade (SHG) Zinc Ingot refers to a specific grade of zinc ingot that is recognized for its high purity and quality. SHG zinc ingots are produced using a specific refining process that ensures a minimum zinc purity level of 99.995%. This high level of purity makes SHG zinc ingots suitable for applications that require exceptional corrosion resistance and superior electrical conductivity.

Zinc ingot is a metallic product that is primarily composed of pure zinc or high-purity zinc alloys. It is commonly found in the form of solid blocks or cylindrical shapes. It is used in the production of galvanized steel, anti-corrosion materials, electronic components, batteries, zinc alloys, and as an additive in metallurgical processes. Its versatility and favorable properties make zinc ingot a valuable metal material for numerous industrial and commercial uses.