Introduction An inorganic polymer is a large molecule made up of a great number of inorganic monomer units that are identical to each other or at least chemically similar to each other, and are joined together in a regular way (Cowie and Arrighi 3). These units are chemically joined together with strong covalent bonds. Inorganic Polymers are formed through a process called polymerization. This is a process that involves the joining of many small molecules together to form very large molecules. These inorganic Polymers can be formed either through chain reaction polymerization or through step reaction polymerization (Daniels 11). Inorganic polymers usually do not have carbon-carbon bonds but instead, have metal-metal bonds from a metal to oxygen like in the polysilane and polygeramnes as the main inorganic polymers for this discussion. This essay will discuss majorly the synthesis of inorganic polymers, their characteristics, what they do and how they work, their properties, their future applications, the outcomes of the procedures, which of the procedures worked and which ones did not work as well as the results of the process. The paper will enable the readers to see how a polymer is manufactured, the processes involved, the materials to be used, how the polymer is used, where it is used, and the method of applying the polymer during usage. The paper will also give a few examples of other polymers, and some of their differences in properties. Description Polymers can be classified as organic and inorganic polymers. Inorganic polymers are polymers that do not have carbon-carbon bonds as part of their structures. They are made of either purely metal–metal structures or metal-oxygen–metal structures. Inorganic Polymers are found and used in many ways and different areas of our lives. They also have different structures and perform different functions. A good example of a daily polymer that is known by most of us is polysilane, ploygarmane and plustannane. These are also known as polymetalloles because they are made up of many metal monomers. Inorganic polymers such as polymetalloles and metallole–silane are used in detecting nitro atomic compounds that are usually found in explosives. So in short they are used in detecting explosives. Metalloles are polymers made up of silicon (Si) or germanium (Ge) and stanium (Sn) that contains dicyclopentadienes or dimethyl compounds. These metalloles have silicon-silicon, germanium-germanium, and stanium-stanium bonds surrounded by many conjugated organic rings which are not part of the parent chain but which majorly form side chains. They are dianions thus they have two positive charges. Their simple structures are (RC) 4Si2- and (RC) 4Ge2-, in which R represents the penile (Ph) or methyl (Me) groups in both cases. These structures are very widely delocalized after serious X-ray experimentations. They have silicone and germanium molecules chemically joined together with strong bonds to come up with the respective macromolecules. Siloles and germoles are widely used because they have very peculiar electronic and optical characteristics and can be used in electron transportation facilities. All these things are vital components of many explosives. They are als