One of the greatest misconceptions these days is the belief that inorganic chemistry is one of the most isolated branches of chemistry. But this belief is not actually true because, in reality, inorganic chemistry is actually integrated with the other fields of chemistry as well including analytical chemistry, physical chemistry and even its complete opposite, organic chemistry. Yet the only difference in this field of chemistry is that unlike the other branches, it is more concerned and focused on the study and analysis of the behavior and properties of inorganic compounds of minerals, metals, and many other substances as well which is why most people mistook it for a whole new different branch of chemistry. This means that inorganic chemistry plays a very important role in the industrial catalytic process which is necessary for producing substances as well as new materials at a higher rate as compared to natural chemical reactions.
These days, there are already a lot of industries making use of inorganic chemistry and these include mining and manufacturing microchips. Working in such field of chemistry allows you to develop methods of recovering metals in waste streams, analyze mined ores and do research in various inorganic chemicals that can be used in treating soil. Most inorganic chemists work in such industries while there are also those that do research and laboratory work in academic institutions as well as government labs. You can also see a lot of inorganic chemists working on environmental science because such field in chemistry is considered to be a foundation for such an industry. For more about the industries where inorganic chemistry can be very useful, view here for more info.
Inorganic chemistry is also very useful in the fibers and plastics industries and most of the inorganic chemists these days are involved in such industries. In the fiber industry for instance, inorganic chemistry can come handy in studying and producing various types of fibers such as cellulose, polymer, and mineral as well as microfibers. Inorganic chemistry is also needed in engineering carbon fibers, synthetic fibers as well as ultra-high-molecular-weight polyethylene. In thermoplastic such as producing polyethylene, polystyrene, polypropylene, polyvinyl chloride, and polytetrafluoroethylene, inorganic chemistry can really be of great help as well. Read more here if you wish to learn more about how useful inorganic chemistry is in the fibers and plastics industry.
If you have specific needs relating to inorganic chemistry, one of the best options available for you is to refer to Lampropoulos chemistry of the University of North Florida. Headed by inorganic chemist Dr Christos Lampropoulos, this team of expert professionals is sure to provide for all your needs relating to inorganic chemistry. With everything you need to know about this field in chemistry, this laboratory can surely provide for all of your specific needs. With Lampropoulos chemistry, you can really say that everything you need to know about inorganic chemistry will all be supplied.
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