It is used professionally in solar panels, water purifiers, jewelry, decoration, silverware, electrical ‎fittings, and conductors, mirrors, window coverings, and Chemical reactions. And a ‎combination of photographic and X-ray films is used. Dilute solutions of Silver nitrate and ‎other compounds of this Metal are used as disinfectants and microbiocides and are added to ‎bandages and dressings, catheters, and other medical instruments.‎

The interesting thing about silver is that today, the metal is used for solder and solder alloys, ‎batteries, dentistry, LED chips, nuclear reactors, photovoltaic (or solar) energy, RFID chips to ‎track packages or shipments worldwide, Semiconductors, touch screens, wood preservatives, ‎and many other industrial applications.‎

The largest consumers of silver for industrial applications in the last decade have been the ‎United States, Canada, China, India, Japan, South Korea, Germany, and Russia. During this ‎period, the demand for this metal from the old industries decreased and it is mostly used in new ‎technologies.‎

Very high electrical and thermal conductivity is common for Group 11 elements, but silver has ‎a higher electrical conductivity than all Metals and even more than Copper but is not widely ‎used due to its higher cost. An exception in frequency engineering. It is radio, especially at ‎VHF and higher frequencies that silver plating causes electrical conductivity because these ‎currents tend to flow more than the surface of the conductor than its internal parts. 

Pure silver ‎has the highest conductivity and has heat compared to other metals, although the conductivity ‎of carbon (in Diamond allotropes) and helium is extremely high. It also has the lowest contact ‎resistance to any other metal and easily forms alloys with copper, Gold as well as zinc.‎

Note: The metal does not react with air even at red temperatures, so it was considered by ‎alchemists to be a noble metal with gold. The reactivity of this metal is something between ‎copper, when heated in air to red heat, forms copper oxide (I) and gold. Like copper, this metal ‎reacts with sulfur and its compounds.‎

In the presence of sulfur, silver stains in the air and forms black silver sulfide (copper instead ‎forms green sulfate, while gold does not react). Unlike copper, silver does not react with ‎halogens except fluorine gas, with which it forms difluoride. The metal is not attacked by non-‎oxidizing acids but dissolves easily in concentrated Sulfuric acid as well as dilute or ‎concentrated nitric acid. In the presence of air and especially in the presence of hydrogen ‎peroxide, the metal dissolves easily in aqueous cyanide solutions.‎