Tungsten products generally include everything from household items to aerospace technology. The metal is almost as dense as gold and has the highest melting point of any metal in purest form at 6,192°F (3,422°C). These properties popularize the use of tungsten in many applications. Tungsten has a wide range of industrial use when combined with other elements and industrial metals to make tungsten heavy alloy.
People use tungsten products daily
without realizing it. Extreme heat resistance enables thin tungsten
wire to be used as the filament in incandescent light bulbs, for
example, and when combined with calcium and magnesium, it becomes
fluorescent lighting. This quality also allows tungsten to be
incorporated into the heating elements of heaters and furnaces.
Artisans also might use tungsten oxide in ceramic and glassware glazes,
producing a yellowish hue. Comparable to gold in hardness, the metal
may substitute for gold or platinum in jewelry making, as tungsten is
hypoallergenic and virtually scratch resistant.
Reconfigured S-1 switching offers
even more knockout tonal options; other features include staggered
locking tuners, two-point synchronized American Deluxe tremolo bridge
with pop-in arm, and beveled neck heel.
Tungsten Wire for Music Instrument
Steel core strings came into existence
partially because of the drawbacks of gut strings and as a concession to
beginning students. Steel core strings are very stable in pitch, even
when first installed. They also have a sound that is very different
from gut strings. They all tend to have a sound that is simple, clear,
direct, pure, and usually a bit hard with few overtones and no real
complexity. Often they are bright and a bit thin sounding. This quality
is not as pronounced in the cello where all metal strings are more
standard. Non-classical players, especially country and folk fiddlers,
as well as many jazz musicians often prefer steel strings. They also
work well with small size, inexpensive student instruments. In
addition, most bass players use steel core strings. There have been some
interesting changes in the construction of steel strings and these
changes have been of particular interest to cellists. Steel cores
(usually thin fibers of roped or spiraled steel) are now wrapped with a
variety of metals such as aluminum, chrome steel, tungsten, silver and
most recently, titanium. These changes in technology have allowed
manufacturers to produce strings with more sophisticated sounds.
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