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Featured Reviews

Fixing a Cracked Cymbal

There are several methods to fix a cymbal that is cracked. All these methods are useful, they depend on how wide the crack is and where it is located on the cymbal.

1- Force Epoxy into the crack. Strike the cymbal hard several times to vibrate glue deeper into the crack. Apply more Epoxy and strike several times again. Wipe away excess. Bake the cymbal in a 200 degree oven for about an hour. This hardens the Epoxy to a glassy consistency. Let the cymbal cool naturally. Let stand for at least 24 hrs before playing.

2- Drill a small hole at each end of the crack to prevent further spread, and then widen the crack. If the crack starts from the edge, drill the other end and then make a wide, V-shaped notch starting from the hole.

3- If the crack is on the outer edge and it’s not too deep (towards the center), you can cut the cymbal smaller in the diameter.

All these methods will change the sound characteristics of the cymbal. You may get totally new, exciting, nice sounding special effects out of it.

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Cymbal Alloys: B8 and B20

February 1st, 2010

   by admin

Sheet cymbals are made of 92% copper and 8% tin B8 alloy; they are more softer, flexible and a little less likely to break when it is abused therefore durable. That’s one of the reasons why beginner cymbals are made from B8. Casting bronze 80% copper and 20% tin B20 alloy cymbals on the other hand, tends to be much more brittle.

But the main difference is their sound; you will get more tonal sound qualities on B20. B8 cymbals have very little done to them, especially by hand because they are pretty much ready to go once they are stamped into shape with a die on an automated machine that gives really poor not so defined sound. Casting bronze B20 cymbals are more labor intensive than simply stamping a sheet, they require big labor working the blank (hammering and lathing) to make the blank into a playable cymbal that supplies a wide spectrum of cymbal sounds.

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Brilliant Cymbals

January 24th, 2010
drumpass
   by drumpass

Brilliant cymbals are machine buffed then hand polished to a smooth, bright and shiny high-gloss look. The buffing process of cymbals that are lathed with tonal rings in their surface smooth the peaks of the grooves.

The buffing removes a very thin layer of metal on cymbal and smooth the high edges of the grooves, rounding them off and thereby reducing the depth of each groove. Because sound vibrations move through the grooves, from the low valleys to the high peaks where they generate the low and high sounds that comprise the tone, buffing and smoothing the groove peaks creates a smoother, glassier, even warmer response and removes some of the high-end odd-harmonic overtones. Brilliant cymbals are in general more focused and the stick definition therefore will be more focused.

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Posted in Guides | Comments (0)

January 24th, 2010

   by admin

Brilliant cymbals are machine buffed then hand polished to a smooth, bright and shiny high-gloss look. The buffing process of cymbals that are lathed with tonal rings in their surface smooth the peaks of the grooves.

The buffing removes a very thin layer of metal on cymbal and smooth the high edges of the grooves, rounding them off and thereby reducing the depth of each groove. Because sound vibrations move through the grooves, from the low valleys to the high peaks where they generate the low and high sounds that comprise the tone, buffing and smoothing the groove peaks creates a smoother, glassier, even warmer response and removes some of the high-end odd-harmonic overtones. Brilliant cymbals are in general more focused and the stick definition therefore will be more focused.

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  • No posts related

Posted in Uncategorized | Comments (0)

Cymbal Alloys: B8 and B20

January 16th, 2010
abeyond
   by abeyond

Sheet cymbals are made of 92% copper and 8% tin B8 alloy; they are more softer, flexible and a little less likely to break when it is abused therefore durable. That’s one of the reasons why beginner cymbals are made from B8. Casting bronze 80% copper and 20% tin B20 alloy cymbals on the other hand, tends to be much more brittle.

But the main difference is their sound; you will get more tonal sound qualities on B20. B8 cymbals have very little done to them, especially by hand because they are pretty much ready to go once they are stamped into shape with a die on an automated machine that gives really poor not so defined sound. Casting bronze B20 cymbals are more labor intensive than simply stamping a sheet, they require big labor working the blank (hammering and lathing) to make the blank into a playable cymbal that supplies a wide spectrum of cymbal sounds.

Related Posts

Posted in Guides | Comments (0)

Cymbal Alloys: B8 and B20

January 16th, 2010

   by admin

Sheet cymbals are made of 92% copper and 8% tin B8 alloy; they are more softer, flexible and a little less likely to break when it is abused therefore durable. That’s one of the reasons why beginner cymbals are made from B8. Casting bronze 80% copper and 20% tin B20 alloy cymbals on the other hand, tends to be much more brittle.

But the main difference is their sound; you will get more tonal sound qualities on B20. B8 cymbals have very little done to them, especially by hand because they are pretty much ready to go once they are stamped into shape with a die on an automated machine that gives really poor not so defined sound. Casting bronze B20 cymbals are more labor intensive than simply stamping a sheet, they require big labor working the blank (hammering and lathing) to make the blank into a playable cymbal that supplies a wide spectrum of cymbal sounds.

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  • No posts related

Posted in Uncategorized | Comments (0)

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