Tin is a mineral that has atomic number 50 with the symbol Sn. The tin atomic period is 118.710 with a density of 7.287 grams / cm3. The lead includes a very soft and white metal and can be very flexible. The nature of tin to the oxidation process is not easily oxidized and is highly resistant to rust or corrosion. The weakness of tin is that it can only be exposed to corrosion when encountered with pure sea water, acidic water, and alkaline solutions. That is why it has been used in many types of equipment in various fields that it needs to be distributed, such as by a distributor like the one on http://www.smhag.com, for example, to various places.
Tin has a white color but will turn gray if the temperature drops below 13 degrees centigrade. Because tin has a very soft nature then tin is not used as a pure metal product. Here are some of the things that you can learn about tin.
Tin is a very weak metal, easily shaped and can melt. This is why some products treated with a tin can be easily formed and tin cannot be used as the pure metal. Tin has a ductility that is easily revamped when in room temperature. Although tin is a bit hard, it is flexible; its shape change can occur at a temperature of 54 degrees Fahrenheit. Tin has also become one of the excellent electrical conductor materials because it can be formed easily with the help of solder and the formation of an electric plate.
Tin is found in the earth’s surface with a depth that is not too far away. The tin layer will be found in the form of cassiterite. This is one of the minerals that settle on the river layer or the river bed. Cassiterite will be burned with carbon to produce pure lead that can be utilized into various products. Tin is also included as a product found in a layer of earth in the form of tin ore. Tin is processed with a mining system and must be managed by an official body to avoid poisoning or explosion.