That’s actually the way A. Sax first played his saxophone.It reminds me of this post from DavidUK in 2022:
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That’s actually the way A. Sax first played his saxophone.It reminds me of this post from DavidUK in 2022:
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I haven’t seen one come in like this. Although one did come in with a brass foil wrap. So yeah, there’s the potential.Or a pad-shellacker's cure for a neck leak?
Hmm, I thought jokes were supposed to be funny. 🙀🥽🦟It was a joke.
Clarinets come in different sizes.Nah. I just tried it. Still too big.
But do they all float?Clarinets come in different sizes.
Not the metal ones.But do they all float?
The obvious issue (which may not be an issue) is that it would seem that it would force a bore constriction at that point. Not to be confused with the snake.There's no reason why it can't be done (it would be very similar to the crook joint on a bass clarinet) -
No reason it should - you'd just make the tenon sleeve to a larger external diameter to accommodate the cork channel, and a correspondingly larger receiver. The internal diameter of the tenon sleeve would remain unchanged.The obvious issue (which may not be an issue) is that it would seem that it would force a bore constriction at that point. Not to be confused with the snake.
I know I just Ed to get in the snake joke. I’ll get me coat then.No reason it should - you'd just make the tenon sleeve to a larger external diameter to
You just Adder get it in...I know I just Ed to get in the snake joke. I’ll get me coat then.
What about the cork being subject to expansion and contraction, as well as a bass clarinet being made of wood or abs plastic?There's no reason why it can't be done (it would be very similar to the crook joint on a bass clarinet)
There are metal clarinets, and they still use cork on the tenons. One could look at the coefficient of tthermal expansion for various woodwind joint materials, but given the limited range of temperatures performed and stored in I would think be insignificant.What about the cork being subject to expansion and contraction, as well as a bass clarinet being made of wood or abs plastic?
It won't be a problem. Metal receivers/sockets are quite common on clarinets, especially basses - and cork is used for joints because it'll take some compression and recover when removed from the socket.What about the cork being subject to expansion and contraction, as well as a bass clarinet being made of wood or abs plastic?
That's the USP ~ The new 'KrookKork' © ™ (Pat Pending) dampens the natural resonance between the tenon and receiver thus minimising the upper partials and resulting in a fuller, warmer, deeper tone.How long before somebody suggests the cork will dampen the vibrations?

Ah but then you have a more complete connection between the tenon sleeve and the receiver with cork - and the cork might only be 1mm thick (uncompressed). The closest you'll get to a complete connection with a standard joint is after you've had it properly fitted and lapped (pricey)...and from that point onwards the joint will wear.How long before somebody suggests the cork will dampen the vibrations?
Could be a charming idea.The obvious issue (which may not be an issue) is that it would seem that it would force a bore constriction at that point. Not to be confused with the snake.
But folk derive a lot of benefit by your restoring those crooks to factory specs, look and feel. The assortment of special tools you have manufactured for such work is amazing.I should say that I'm all in favour of maintaining the status quo 'cos I make quite a lot of money from fixing loose/bodged crook joints.
