How can I choose the best magnetic tape?

Magnetic tape can be used to record everything from audio track to computer data, so choosing the right person can depend on what you need it for. There are several different materials from which these tapes can be built, each of which offers different features of recording and expectations of life. If you need your data to last for a long time, the evaporated metal magnetic tape usually lasts the longest. You may also want to look at the material from which the tape is made if you are worried about sound or video loyalty, in addition to checking the high signal ratio to noise. Other factors, such a thickness of the material pad, may be important if you want a tape that stands for repeated use.

One of the most important factors to be considered when selecting the type of magnetic tape is the material from which it is designed. Some of the common materials that are used to create magnetic strips are ferric oxides, chrome oxide and evaporated metals. Ferrous oxideso I chromium oxide also override the binder that holds the metal particles on the surface of the tape, while the evaporated metal technique requires no binding agents. Iron oxide strips last for about three to five years, while tapes that use chrome or evaporated metals usually do not degrade for about ten years. Usually it is possible to read evaporated metal tapes more often than those that use Chromium oxide without damaging the record.

Magnetic tape is made of material, of which your tape player or recorder can also affect. During use, lower quality tapes tend to leave more oxide deposits on tape heads, which may cause it to be cleaned and demagnetized more often. If you plan to use your tapes regularly, you may want to choose a evaporated metal tape that does not use the binding agent.

One factor that needs to be considered, if you want, you areSolo quality recordings, is the ratio of noise signal. This indicates the amount of noise that you can expect in your record from imperfections or other problems with the tape itself. Since there is no standard that all manufacturers measure this ratio, it can be difficult to directly compare one brand with another. You may need to experiment yourself or rely on the experience of others to find tapes with the best signal ratio to noise

You may also want to consider the physical design of the magnetic tape if you plan to use it repeatedly. Some tapes use thicker pads or substances that are specially designed to build on repeated use. The high density tape is usually thinner, but in some cases manufacturers compensate for harder materials.