Hi Karl - the actual blade is quite good, it's just the handle pattern that I couldn't get on with, so I reckon if you did get hold of one, a new handle would be an interesting project to do - RobKarl":24pgzicp said:Thanks Rob.
I did have a hold of it and, to my mind, it felt OK. Obviously didn't get a chance to do any cutting with it.
I suppose that if the handle was uncomfortable in use I could always make a new one - open, like you say.
Cheers
Karl
pedder":7ty2sp0f said:Hi Karl,
usually I remove set by filing the teeth down to their half.![]()
But that's when I get my old ladies from ebay.uk. They are dull usually.
Removing set your way means to take away half of the cutting edge of each tooth. I would try it an refile the teeth. If you're not satisfied with the result, you can refile the teeth later.
Cheers
Pedder
Btw: How much was it?
Right - initial observations - pretty chuffed really. The handle doesn't feel uncomfortable in use (Pedder - it has the screw fixings so could be replaced if I ever felt the need). The blade is nice and sharp too.
However......
There is far too much set. The kerf is currently between 1.2 and 1.25mm (measured at various points along the length of the blade). The blade is 0.7mm thick, meaning that the set is approx .25mm on each side.
Looking at the spec on the LN tenon saws, I see that they come with .1mm set on each side. Is the easiest way to remove this excess set to place a piece of card (or something .1mm thick) on the blade with the teeth exposed and run the diamond stone over it? I think that's how you do it, but i'm a bit new to this.
Karl":34e2ohnn said:When you say "re-file the teeth" - do you mean "topping" (I believe that is the term) the teeth with a file, then individually re-cutting each tooth? That seems a hell of a lot of work.
Karl":34e2ohnn said:The method I describes means losing 0.15mm from each tooth. As the stock is .7mm thick, this means that the steel at the cutting edge will be reduced to .55mm. Or am I missing something?
Karl":34e2ohnn said:A general point about re-sharpening. I read somewhere that the crosscut tooth configuration was originally designed solely for cutting the fibres of wet timbers. If working in dry hardwood, there is no need for crosscut and all saws should be sharpened as rip tooth configuration.
Karl":26vjoe76 said:A general point about re-sharpening. I read somewhere that the crosscut tooth configuration was originally designed solely for cutting the fibres of wet timbers. If working in dry hardwood, there is no need for crosscut and all saws should be sharpened as rip tooth configuration.
Any comments?????
bugbear":bwh2dtt6 said:Karl":bwh2dtt6 said:A general point about re-sharpening. I read somewhere that the crosscut tooth configuration was originally designed solely for cutting the fibres of wet timbers. If working in dry hardwood, there is no need for crosscut and all saws should be sharpened as rip tooth configuration.
Any comments?????
Yeah - that entire quote contradicts every reference on sharpening I know of, including classic books, and rather a lot of handsaw makers pamphlets!
BugBear
Karl":t0kvd4vs said:bugbear":t0kvd4vs said:Karl":t0kvd4vs said:A general point about re-sharpening. I read somewhere that the crosscut tooth configuration was originally designed solely for cutting the fibres of wet timbers. If working in dry hardwood, there is no need for crosscut and all saws should be sharpened as rip tooth configuration.
Any comments?????
Yeah - that entire quote contradicts every reference on sharpening I know of, including classic books, and rather a lot of handsaw makers pamphlets!
BugBear
You've obviously not read Tage Frid's book then BB. I found the elusive author (to whom I referred) this weekend.
He performs an experiment using a bow saw and a panel saw cutting both with and across the grain. In both types of cut using both saws, the rip tooth configuration was faster.
Cheers
Karl