|
Waldhörner Engelbert Schmid GmbH Bellerweg 3 D-86513 Mindelzell Telefax (08282) - 890512 Telefon (08282) - 890412 Bells |
|||||||||
|
Different bells
|
||||||||
| Brass (MS): |
Elegant, bright
(nevertheless rich), smooth tone colors from sweet to extremely
brassy. The alloy most versatile in sound. Those with an embouchure
producing a naturally dark sound should choose brass. For approximately
80 % of hornplayers is MS the right choice. Strongly alkaline saliva can cause pitting with brass alloy. For this reason the mouthpipes on brass horns are made of nickel silver. |
| Gold Brass (GM): |
a bit smoother and darker, but clear, round
and rich. Not as many tone colors are possible as with brass. Some
embouchures sound a bit shallow with plain brass and need gold brass.
Resistant to saliva. Some prefer gold brass simply because of the
noble tone color. |
| Nickel silver (NS): | contains no silver. The nickel portion of the alloy gives it its color. The sound is very dark in piano and very bright in fortissimo. Is an option only with wide and extra wide bells. In Europe the sound of nickel silver is not considered as noble as the other alloys. In America there is a tradition of nickel silver horns, but which is steadily decreasing. Permanently resistant to saliva. |
| Sterling Silver (SS): |
contains 92.5 % pure silver, the rest is copper.
Engelbert Schmid is the only one, up to now, who has been able to
produce thin walled sterling silver horn bells with a width of 310
mm. The sound is especially round so that the middle size is sufficient
for most horn players. Sounds noble and
doesn´t get too aggressive or edgy in fortissimo. It speaks very
easily in piano with a rounded sound, (ideal for lyrical passages).
In fortissimo the sound stays round but is more tiring to play than
the other alloys. Is resistant to saliva and the only alloy resistant to sweat. Beautiful to look at, especially with a gold brass garland. We also offer instruments with all the conical parts made of sterling silver, (mouthpipe, bell branch and bell). The cylindrical parts are made of gold brass. The alloy of the bell affects the sound characteristic to at least 50 %. In other words a brass horn with a gold brass bell sounds more like a gold brass horn than a gold brass horn with a brass bell. |
With a weight of only 100 grams, the tastefully decorated garland from Engelbert Schmid does not deaden the sound. The garland causes a bit more resistance, and a somewhat rounder sound that gets brassy later, but more suddenly. Without the garland the transition to a brassy sound is more even. About 50 % of hornplayers sound better with the light garland from Engelbert Schmid.
Spun bells are presssed from a
disk. The sound is good, healthy, you could say modern. If you strike the
edge of the bell with your finger it makes a bell-like sound, more so than
a hand hammered bell. Pressing it out of a disk makes the material thin
at the screw ring and leaves it thicker towards the edge of the bell.

Naturally we use a special method to keep the difference to a minimum, but
it cannot be completely avoided.
Because hand hammered bells without a garland
can be bent easily, you should not lift the horn by the edge of the bell.
With Engelbert Schmid bells it is no problem to restabilize a bent bell
edge. Stability was probably the original reason for adding garlands, not
sound. Hand hammering stresses the material to a great extreme, which changes
the structure, and definitely changes the sound a bit. The crucial factor
is that the material becomes thinner towards the end, farther from the energy
source, and therefore vibrates better with the sound. A hand hammered bell
sounds more old fashioned, darker, than a spun bell. The thin end of the
bell produces a very warm center to the tone in piano, and at the same time
a more pleasant brassiness in fortissimo. The hand hammered bells are available
with or without garland. As far as I know, we are the only ones to offer so thin a bell with a width
of 310 mm. Even an increased thickness of 0.05 mm makes the instrument harder
to play and less flexible. A hand hammered bell must be very thin. Just
about everyone who has a chance to compare prefers the hand hammered bell
to the spun one. Fixed or screw bell? The fixed bell is esthetically preferable, but is much harder
to transport, is harder to repair, and robs the hornplayer of the possibility
of changing the sound with different sizes of bells. There is almost no
difference in sound because the hand dampens the vibrations in the area
of the screw ring anyhow. Our screw ring weighs only 100 g and still is
very stabil. Lacquered or unlacquered? It is not possible to say that lacquer does not affect the sound. With
a thickness on the inside and outside of 0.02 mm, this plastic-like covering
accounts for approx. 10 % of the total material. Unlacquered sounds a bit
more centered, which some people find brighter, some darker, some smoother
and some harder. My observation and feeling is that lacquer dampens the
high overtones, and also the extraneous noise in the sound, causes the horn
to sound clearer, for some brighter, although it is acoustically darker.
My experience is that the difference is minimal and that 50 % of hornplayers
sound better on a lacquered instrument. The lacquer is more resistant to
sweat than the metal and the horn will last longer if it is carefully polished
when it is relacquered. It also prevents your hands from turning green.
A shiny horn also makes a better impression on the audience. In my eyes
the advantages of a lacquered horn clearly outweigh the disadvantages. The
combination screw bell/lacquered sounds good, perhaps even better. It is
definitely not important for a hornplayer´s tone. The deciding factor is
the players concept of sound.
Our hand hammered bells are cut out of one piece of metal bent into
shape and at Engelbert Schmid soldered on one seam without "Zwickel". They
are then hammered into the symetrical shape. Only in the last operation
are they put on the press bank and, by turning and pressing, fitted exactly
to the bell form. Because of the necessary stretching of the material due
to the flare of the bell it becomes thinner towards the edge of the bell.
At the screw ring it stays thicker than a spun bell and therefore is more
resistant to sweat.
