Comparison Ernie Ball Earthwood Nylon Ball-End 28-42 vs DAddario XL Nickel Wound 9-42

The instrument for which the string or set of strings is intended.

Each instrument has its own stringing requirements, and even similar varieties can have very different stringing requirements. For this reason, it is highly recommended not to put "non-native" strings on the instrument, even if it seems technically possible. For example, you can’t put metal strings from an acoustic guitar on a classical guitar : the “classic” is designed for nylon, and the metal tension force can deform or even break the instrument. In turn, nylon strings on an acoustic guitar will sound too quiet and soft. There are also strings for electric and acoustic bass guitars, for different types of bowed ones, etc.

— Steel. Relatively inexpensive and at the same time functional material that provides a bright, resonant sound. Bronze (regular or phosphorus) is most often used in the winding of steel strings for acoustic guitars, copper and nickel are also found in electric guitars and basses. A separate category is represented by steel strings with nylon winding, for more details on them, see "Braid material".

— Nylon. A soft synthetic material primarily used in classical guitar strings. Such tools do not handle well the tension required for metal; Nylon strings don't stretch as much. For the same reason, this option is considered optimal for beginner guitarists: the synthetic string does not cut into fingers so much and is more comfortable for musicians who have not had time to develop “guitar calluses”. At the same time, we note that nylon bass strings usually still have a metal winding. But the sound of the "synthetics" is quite soft, close to the classical sound of the Spanish guitar. Also note that this material stretches quite a lot, which is why the system of new strings periodically “floats away” at first, and the guitar pegs have to be twisted, restoring the tension.

— Nickel-plated steel. Nickel-plated steel strings are popular in "power tools" like electric guitars and basses. The winding is usually made from the same material as the core. This opt...ion combines the good magnetic properties of steel and the corrosion resistance of nickel; the strings are softer than steel strings, so the nut does not wear out as quickly. The sound of nickel-plated steel is somewhat quieter and softer than that of ordinary steel, but brighter and louder than that of pure nickel.

— Nickel. Another variant popular in electric guitars and basses. Nickel has a very soft, "warm" and rich sound and is considered perfect for jazz, classic rock and other similar styles. Also, nickel itself is somewhat softer than steel, which makes it easier to clamp the strings and reduce wear on the nut. Braiding in nickel strings can be made from the same material or nickel-plated steel for a more resonant, bright sound.

— Titan. Quite strong and durable, but expensive material. Unlike steel, titanium is able to sound normal at a fairly low tension. As a result, such strings are found even in classical guitar sets; usually the first three (thinnest) strings are made of titanium, the rest are standard synthetics or metal-wrapped composite. Titanium strings are brighter and more resonant than traditional nylon, plus they last longer and have little to no drag.

— Tin. A variant found primarily among banjo strings. The name "tin" is not too accurate, because. usually in this case it is not pure tin that is meant, but classical bronze — an alloy of copper and tin. According to its properties, this composition is considered almost perfect for metal banjo strings, but it is practically never found in guitar strings.

Many types of materials are described above in the "String Material" section, most of what is written there is also relevant for braids — especially when the string is wrapped with the same material from which it is made. Here we will only touch on some of the nuances associated with individual materials.

— Copper. It is used in different types of strings — nylon for classical guitar, bronze for "acoustics", etc. as an inexpensive alternative to bronze. The copper braid gives a quite clean and balanced sound, but it sounds more muffled than "silver" (see below), and does not have the features characteristic of ordinary or phosphor bronze.

— Silver. Most often, in this case, it means copper coated with a thin layer of silver. This braid is a classic option for "bass" nylon strings used in classical guitars. The silver coating gives the copper braid the necessary sonority, while the price of such a combination is quite affordable. On the other hand, silver wears off rather quickly. But combining a "silver" braid with a steel base does not make sense, and although such strings are found on the market, they do not have any special advantages over pure steel or bronze.

— Nickel. Nickel braid is popular primarily in electric guitar strings. In this case, the core of the string can be made both from the same material and from steel; the first o...ption gives a denser and smoother sound, the second one is brighter and more sonorous (although not as sonorous as pure steel). And the unequivocal advantages of nickel windings are softness (due to which the wear of the nut is reduced) and “slipperiness” (fingers slide well along the strings, which makes it easier to perform some playing techniques).

— Cobalt. Another braid material used in electric guitar strings. Cobalt has a high magnetic permeability, which allows the strings to interact more effectively with the pickups, increases the output level and (according to the manufacturer) improves the frequency response. In addition, this material is resistant to wear, has good durability, and fingers glide well over it. The disadvantage of cobalt is a rather high cost (both due to the price of the material itself, and because of the “premium” positioning of strings with cobalt braid).

— Nylon. This material is used for winding metal, usually steel strings, including in bass guitars. Nylon braid can have a different design, sometimes quite unusual. So, in some strings, only a “case” is made of nylon — a protective coating, inside of which there is a string with a sheath (also metal). In other models, a nylon coating is applied to the metal wire, and after that the string is wrapped with it. In both cases, synthetics prevent string contamination from sweat and dirt from fingers, and also improves fit to the nut and prevents flattening of the winding from constant pressing. As a result, the string retains its original sound (roughly speaking, "plays like new") longer than when uncoated. On the other hand, this material noticeably muffles the strings and does not allow to achieve a bright, “iridescent” sound.

— Nickel-plated chrome. A variant found in double bass strings. Chromium provides the tape with hardness and durability, reducing wear on contact with the fingerboard and with the bow. Nickel somewhat muffles the sonorous timbre of chrome, giving the instrument the necessary softness of sound. However, for a number of reasons, this option has not received much distribution.

— Nickel-plated bronze. Bronze braid complemented by nickel plating. Found in acoustic guitar strings. The coating provides corrosion resistance to the strings, extending their life and making them easier to store. As for acoustics, nickel somewhat softens and “warms” the sound of yellow bronze.

— Bronze. In this case, the so-called yellow bronze (actually brass). It is mainly used in strings for acoustic guitars. Yellow bronze is characterized by a fairly bright and sonorous sound, often with a characteristic clanging (which many musicians consider a virtue). However, this material is sensitive to corrosion and requires special attention during storage — otherwise the bronze braid will begin to oxidize, which will negatively affect both appearance and sound.

— Phosphor bronze. A darker variety of bronze, with a reddish tinge. Also used primarily in acoustic guitars. The sound of such strings, in comparison with yellow bronze, turns out to be softer and smoother, without ringing and clanging, but with more pronounced depth and clear bass.

— Aluminium bronze. A type of bronze in which the main component, in addition to copper, is aluminium. Both in terms of coloration of the sound, and outwardly similar to yellow bronze, while it can be brighter and more brilliant. However, the main advantage of this material over yellow bronze is its high resistance to corrosion — such a braid normally tolerates even a long stay in conditions of high humidity. On the other hand, such strings cost accordingly.

— Aluminium. Aluminium winding is found in strings for bowed instruments of the "higher" range (in particular, violins and violas), both steel and nylon. This material is quite versatile, it is suitable for providing a sonorous, bright sound, and for softer, warmer tones; It can be said that the sound of aluminium braided strings depends more on the material of the string itself. With all this, aluminium is durable and resists bow friction well.

— Titan. Another material used in strings for bowed instruments. In fact, it is a “premium version” of the aluminium described above: titanium is stronger and more durable, in addition, it practically does not stretch, but it also costs more.

The diameter of the strings in the set, from thinnest to thickest.

Thicker strings, all other things being equal, provide more volume and richness to the sound, have more overtones, and generally sound richer and warmer (high frequencies are less pronounced in the sound). However, these strings require more tension, which can make them uncomfortable for beginners and inexperienced players who are unaccustomed to high force; and the duration of the sound is relatively low. Conversely, thinner strings are softer to the touch, require less effort, give better sustain, but are thinner and more prone to rattle. Detailed recommendations on the optimal string thickness for different cases can be found in special sources (including documentation for the instrument itself and reference materials from string manufacturers).

Note that the diameter of the strings is directly related to the tension (see below), so one of these parameters is often indicated in the characteristics.

The tension is directly related to the diameter of the strings (see above) — thicker strings have to be stretched more. Thus, the characteristics often indicate only one of these parameters (either thickness or tension). And the list of tension options, from weakest to strongest, looks like this:

— Extra super light;
— Extra light ;
— Super light ;
— Easy ;
— Average ;
— Heavy ;
— Extra heavy.

In bowed instruments, the set of options is noticeably more modest, it includes soft (extra super light), medium and hard (heavy) tension.

In general, the "lighter" the strings are, the softer they are to the touch, and the easier they are to play. In addition, a relatively low tension gives good sustain (duration) and melodiousness of the sound. At the same time, loosely stretched strings have a thin and relatively quiet sound, and they are more likely to rattle. And vice versa, as the tension increases (and thickness increases), the sound becomes more powerful, rich, “warm”, high frequencies stand out less in it; however, the force required to compress the strings also increases accordingly.

In light of all this, for beginners, mastering the guitar, the most "light" sets are recommended — they will not cut their fingers much and make...it easier to get used to. But beginner violinists should choose medium-tension sets — it is best to work out the basic playing techniques on them, and only after that, if you want, you can pay attention to hard or soft strings.

Note that there are "combined" sets of strings on the market, marked with different tensions — for example, " super light / light ", " light / heavy ", etc. In such sets, thin strings have a lighter tension than thick ones: for example, 1-2-3 strings are "light", 4-5-6 are "medium". This allows you to achieve a combination of ringing high frequencies with tight and rich bass; although the specific coloration of the sound will, of course, depend on the combination of tensions.