My biggest challenge honing hard and wear resistant razors have been to manage the pressure along the bevel plane.
Hard wear resistant steel can be just as flexible as softer steel. So, getting enough pressure behind the apex to produce a clean edge can be challenging, especially if the bevel is wide, and if the grind is flexible.
Only using light pressure does not fix the underlying physics here. As the steel gets thinner and thinner, you are removing steel at an uneven rate along the bevel. As a result you can start to develop a burr, or other undesirable problems.
So, what is your process?
Do you taper down the pressure, or cycle between different pressures to avoid the apex to lift off the stone and maintain good undercut?
The bevel can also get convexed from inconsistent pressure management, which also lifts the edge off the stone.
Slurry will to some extent help, because it is more effective in front of the bevel, but it also compromises the edge, especially on synthetic stones.
Hard wear resistant steel can be just as flexible as softer steel. So, getting enough pressure behind the apex to produce a clean edge can be challenging, especially if the bevel is wide, and if the grind is flexible.
Only using light pressure does not fix the underlying physics here. As the steel gets thinner and thinner, you are removing steel at an uneven rate along the bevel. As a result you can start to develop a burr, or other undesirable problems.
So, what is your process?
Do you taper down the pressure, or cycle between different pressures to avoid the apex to lift off the stone and maintain good undercut?
The bevel can also get convexed from inconsistent pressure management, which also lifts the edge off the stone.
Slurry will to some extent help, because it is more effective in front of the bevel, but it also compromises the edge, especially on synthetic stones.