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personal privacy advocate
personal privacy advocate
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Whether you use water or not is entirely dependent on the blade, not the material (unless you are cutting something soluble in water). Some binders used in diamond blades and bits take heat better than others, and the trade off is how the cut works (aggressive material removal, smooth finish, ability to cut heterogeneous materials, etc.)

Do not use water with a dry cut blade, and don't run a wet blade dry - follow the recommendations from the manufacturer. AKA, RTFM.

If you do it incorrectly, your blade will either not cut, wear out too fast, burn the material, sinter or the blade sintering, or just blow apart entirely.

And remember, lower speed and less pressure make for a slower, but safer, more precise cut with far less dust and wear on the tool and the blade.

Whether you use water or not is entirely dependent on the blade, not the material (unless you are cutting something soluble in water). Some binders used in diamond blades and bits take heat better than others, and the trade off is how the cut works (aggressive material removal, smooth finish, ability to cut heterogeneous materials, etc.)

Do not use water with a dry cut blade, and don't run a wet blade dry - follow the recommendations from the manufacturer. AKA, RTFM.

If you do it incorrectly, your blade will either not cut, wear out too fast, burn the material, sinter the blade, or just blow apart entirely.

And remember, lower speed and less pressure make for a slower, but safer, more precise cut with far less dust and wear on the tool and the blade.

Whether you use water or not is entirely dependent on the blade, not the material (unless you are cutting something soluble in water). Some binders used in diamond blades and bits take heat better than others, and the trade off is how the cut works (aggressive material removal, smooth finish, ability to cut heterogeneous materials, etc.)

Do not use water with a dry cut blade, and don't run a wet blade dry - follow the recommendations from the manufacturer. AKA, RTFM.

If you do it incorrectly, your blade will either not cut, wear out too fast, burn the material or the blade sintering, or just blow apart entirely.

And remember, lower speed and less pressure make for a slower, but safer, more precise cut with far less dust and wear on the tool and the blade.

Calling out incorrect answers is perfered to be expressed with a downvote.
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Mazura
Mazura
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holy cow - ignore sparky 256 completely. he has no idea what he is talking about. i, however, do. we use dozens of different types of diamond saws, bits, cores, cutters and router bits on a regular basis.

whetherWhether you use water or not is entirely dependent on the blade, not the material (unless you are cutting something soluble in water). some Some binders used in diamond blades and bits take heat better than others, and the trade off is how the cut works (aggressive material removal, smooth finish, ability to cut heterogenousheterogeneous materials, etc.)

doDo not use water with a dry cut blade, and dontdon't run a wet blade dry - follow the recommendations from the manufacturerfollow the recommendations from the manufacturer. AKA, RTFM.

ifIf you do it incorrectly, your blade will either not cut, wear out too fast, burn the material or, sinter the blade sintering, or just blow apart entirely.

andAnd remember, lower speed and less pressure make for a slower, but safer, more precise cut with far less dust and wear on the tool and the blade.

holy cow - ignore sparky 256 completely. he has no idea what he is talking about. i, however, do. we use dozens of different types of diamond saws, bits, cores, cutters and router bits on a regular basis.

whether you use water or not is entirely dependent on the blade, not the material (unless you are cutting something soluble in water). some binders used in diamond blades and bits take heat better than others, and the trade off is how the cut works (aggressive material removal, smooth finish, ability to cut heterogenous materials, etc.)

do not use water with a dry cut blade, and dont run a wet blade dry - follow the recommendations from the manufacturer.

if you do it incorrectly, your blade will either not cut, wear out too fast, burn the material or the blade sintering, or just blow apart entirely.

and remember, lower speed and less pressure make for a slower, but safer, more precise cut with far less dust and wear on the tool and the blade.

Whether you use water or not is entirely dependent on the blade, not the material (unless you are cutting something soluble in water). Some binders used in diamond blades and bits take heat better than others, and the trade off is how the cut works (aggressive material removal, smooth finish, ability to cut heterogeneous materials, etc.)

Do not use water with a dry cut blade, and don't run a wet blade dry - follow the recommendations from the manufacturer. AKA, RTFM.

If you do it incorrectly, your blade will either not cut, wear out too fast, burn the material, sinter the blade, or just blow apart entirely.

And remember, lower speed and less pressure make for a slower, but safer, more precise cut with far less dust and wear on the tool and the blade.

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personal privacy advocate
personal privacy advocate
  • 4.8k
  • 1
  • 13
  • 17

holy cow - ignore sparky 256 completely. he has no idea what he is talking about. i, however, do. we use dozens of different types of diamond saws, bits, cores, cutters and router bits on a regular basis.

whether you use water or not is entirely dependent on the blade, not the material (unless you are cutting something soluble in water). some binders used in diamond blades and bits take heat better than others, and the trade off is how the cut works (aggressive material removal, smooth finish, ability to cut heterogenous materials, etc.)

do not use water with a dry cut blade, and dont run a wet blade dry - follow the recommendations from the manufacturer.

if you do it incorrectly, your blade will either not cut, wear out too fast, burn the material or the blade sintering, or just blow apart entirely.

and remember, lower speed and less pressure make for a slower, but safer, more precise cut with far less dust and wear on the tool and the blade.