Developed in Africa

inspired by EU

LuNa Trading is an official distributor of tin metal produced by LuNa Smelter based in Rwanda.

About Us

LuNa Trading was incorporated in 2018 and already became an active and well-known market player. The company is a wholly owned subsidiary of Luma Holding. As part of the Luma Holding our company has access to the many group’ resources, which can be called upon to satisfy customers specific requirements. In tin metal production, high purity tin is produced first of all from tin concentrates and recycled materials in the form of marketable ingots. LuNa Smelter is production plant in Kigali (Rwanda) which became part of the group in 2018.

Who knew?

Those gold Oscar statuettes aren’t solid gold. They’re actually made of Britannia metal plated with gold. And Britannia metal is made of approximately 92% of tin and the rest is copper and antimony.

Shouldn’t tin’s atomic symbol be Tn instead of Sn? Actually, Sn is short for the Latin word for tin, stannum.

When tin is bent at room temperature, it makes a high-pitched creaking sound known as the „tin cry” caused by the deformation of tin crystals.

Tin Metal

There are many important uses for tin. Most is used to produce tinplate, or steel coated with tin which is used for food packaging. Tin and tin alloys are used also for solder, especially in the electronics industry; approximately 50% of the world supply of tin is used in solder, although this number has been declining in recent years. Used in various purities and alloys (often with lead or indium), tin solders have a low melting point, which makes them suitable for bonding materials.

Inorganic compounds of tin are used in ceramics and glazes. Organic compounds of tin are used in plastics, wood preservatives, pesticides and in fire retardants.

The supply of tin derives from two sources: primary production (mining) and secondary production (recycling). Mining provides most of the supply, although the United States.

Tin produced by smelting concentrate or slag commonly contains metallic impurities which must be removed by refining before the tin is marketed. Refining techniques include heat treatment or electrolytic processes.The materials are then heated to a temperature of about 2,550 degrees Fahrenheit. Sometimes blast furnace slags – residual products from heating tin – form in the furnace. These products get heated again in a second furnace to recover additional tin.

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