Using materials and the Haber process GapFill

Over time, materials will react chemically to become damaged or corroded; chemically, this process is known as  wear and tearchippinglosing HPcorrosiondestructionfatigue. In the specific case of iron, this process is called rusting. Rusting requires the iron to be exposed to  other metalsheatradiationnitrogenair and waterjust water. To prevent this damage occurring, metals are often coated in another material, such as paint, or  a noble gasa more reactive metala radioactive substancegelstonea less reactive metal is attached to the metal's surface so that it reacts preferentially to the metal, a process known as sacrificial protection.
Two or more metals can be mixed together to create what is known as  a cocktailglassa polymerreinforcementan alloya mixer. An example is steel, which is iron with different amounts of  copperhydrogenoxygencarbonchlorinezinc and other metals to improve strength.
Most glass is made from soda lime, which is made by heating  sodium carbonate and limestonesand, sodium carbonate and limestonegravel and nickel oxidesandgravel, nickel oxide and sandstonelimestone and acid.
Ceramics are made by shaping and then  dryingheatingpaintingcoolingpouring alkali overpouring acid over wet clay. Ceramics are very important, and are used for pottery and bricks.
Two materials can be joined together in  a reinforcementa polymeran alloya compositea cocktailglass, which involves a matrix or binder holding together fibre or fragments of the other material, which is known as  gelsupportan alloyreinforcementceramicconcrete.
The Haber process is used to produce  soilammoniacarbon dioxidedifferent acidsfuelpesticides out of hydrogen and nitrogen. This is primarily used to produce  pesticidesfertilisersfuelalloysbricksceramics, which typically need to contain  nickel, platinum and kryptonfluorine, chlorine and brominecarbon, boron and oxygeniron, hydrogen and sulfurnitrogen, phosphorus and potassiumcarbon, nitrogen and oxygen to be useful.