LME (London Metal Exchange) Grade Tin is a premium-quality tin metal with a minimum purity of 99.85%. Renowned for its soft, silvery-white appearance and exceptional properties like corrosion resistance, malleability, and electrical conductivity, LME Grade Tin is a key material in numerous industrial applications. Its melting point of 231.93°C and boiling point of 2602°C make it ideal for use in high-performance and precision processes.
Solder Industry
Application: Tin is a primary component in solder alloys, especially lead-free solders, ensuring reliable connections in electronic components.
Industries: Electronics manufacturing, automotive electronics, and consumer devices.
Electroplating
Application: Tin is used for plating to improve corrosion resistance and enhance the appearance of various materials.
Industries: Food packaging (tin-plated cans), automotive parts, and electrical components.
Foundries
Application: Tin is an essential alloying element in bronze, pewter, and other tin-based alloys for precision casting.
Industries: Construction (bronze structures), decorative arts, and industrial equipment.
Battery Manufacturing
Application: Tin is incorporated into lithium-ion batteries and advanced energy storage systems to enhance performance and durability.
Industries: Renewable energy, electric vehicles, and portable electronics.
Glass Manufacturing
Application: Tin is used as a molten bath in the float glass process to create flat glass with uniform thickness.
Industries: Construction (windows and glass facades) and automotive glass.
Chemical Industry
Application: Tin compounds, such as stannous chloride, are utilised as reducing agents and stabilizers in plastic and coating production.
Industries: Plastic manufacturing, coatings, and chemical production.
Aerospace and Defence
Application: Tin is used in specialised alloys and coatings that offer resistance to extreme conditions and environments.
Industries: Aerospace engineering, military hardware, and high-tech manufacturing.
LME Grade Tin ensures consistent quality and performance for industrial processes requiring high-purity materials. Its excellent physical properties, coupled with versatility across industries, make it an essential choice for manufacturers and engineers seeking reliable solutions.