Over the past several month I've run a series of tests of blades and soaps to try and find the ultimate combination for my shaving goals. Links to those tests are below.
One question I've been pondering has two intertwined parts:
Part One: Each soap has a different texture and viscosity, but those generally fall into 3 categories: 5) Very "thick and rich" (we'll call "creamy"); 1) Relatively thin and foamy (we'll call "soapy"); and 3) Something in between. Based on this scale, 1 would be quite thin, 5 very thick and rich, and 3 about average in the middle.
I know this is partly dependent on the amount of water added, but regardless of the amount of H2O, the fundamental molecular nature of each soap tends to come through despite the amount of H2O. Important note: for me it's not disparaging to say a soap is on the thinner "soapy" end. I've gotten tremendous protective shaves (and relatively poor shaves) from soaps in all 3 categories.
Part Two Intro: While I love the idea of DE shaving, I'm agnostic about the actual shave tool... I don't care what it is as long as it delivers a very close and very comfortable shave, and an overall "shave den" or "guy's spa" type experience. If if is less expensive (as DE hypothetically is, although I've found it not so cheap when all costs are considered), great. But cost is not a primary concern. Also I have to believe that major shaving companies have spent many hundreds of millions if not more to test and try to come up with more effective shaving systems, so I'm willing to try them.
Part Two Core Issue: Which leads to the Part Two question: The Mach 3-blade system seems to have a wider gap between blades than the Fusion 5-blade system. So, is it possible that some soaps are better suited for a wider 3-blade rig and some soaps better for a 5-blade rig? Specifically I'm wondering if the "Creamy Category" soaps have a larger basic molecule and thus would work best in a wider blade rig (i.e. Mach 3). Similarly, might a thinner "Soapy Category" product better take advantage of the benefits of two extra shaving surfaces in a 5-blade rig? I want to test this hypothesis over the next few weeks and would appreciate your thoughts on it.
Test #1: Mach 3 vs. Fusion 5, using Bull and Bell Bay Rum Soap, rated around 4-4.5/5. A 4 on the soapy vs. creamy spectrum is definitely "thick and rich", but not quite at the extreme end. This soap is described in some detail in the Western Bracket Competition below, and is one of my favorites to this point in my tests.
I had recently shaved my entire face with Fusion 5 using BBBRS and while I loved the overall experience, I was still left with a slight palpable stubble especially in the central cheek areas, and especially on the right side. BBBRS being a creamier soap I decided to shave again, using a Mach 3 on the right side vs. a Fusion 5 on the left side. Time was allowed for 3 passes each side and a final touch-up pass. The shave was done around 10am using BBBRS lathered with a boar brush in a warmed scuttle. Shave effort: Both sides shaved very comfortable. And there was a deceptive "slickness" which left me feeling I had shaved to the very base of the beard. However when that residue was splashed off I STILL had this annoying fainting palpable patch of stubble on both sides. GRRRRR. So, re-soaped those patches, shaved again (ATG), and finally arrived at two perfect sides with zero palpable stubble.
NOW, how long will this last... that's my proposed benchmark for whether soap molecule size really means anything. At 4.5 hours out, on light palpation ATG, the Mach 3 side had palpable stubble ATG rated "0 to 1", i.e. as so extremely faint as to have to re-stroke to confirm if anything is there. The Fusion 5 side was "1 to 2", i.e. unmistakably there, but extremely faint. At 4.5 hours on deep palpation ATG the score was 1-2 for Mach 3 vs. 2-3 for Fusion. There just wasn't any question there was some very faint stubble ATG, though you have to really make an effort, and it was slightly more palpable on the Fusion side. At 5.5 hours out the light palpation scores were basically the same, but deep palpation the stubble had progressed to 2 for Mach 3 and 2-3 for Fusion.
So, this is hardly a scientifically solid random controlled test, but it's a step in that direction. I was thrilled with the results, although not so thrilled I had to go back and target those central cheek areas one last time. But to the issues at hand, the Mach 3-blade system performed at least as well, and likely slightly better than the 5-blade system for this creamy-type soap.
The test will continue, and your thoughts on the matter are much appreciated.
Side-by-side tests of 10 "top rated" blades: http://badgerandblade.com/vb/showth...-quot-Blades?p=8247792&highlight=#post8247792
Side-by-side soap trials, Western Bracket Competition: http://badgerandblade.com/vb/showth...uot-Top-Rated-quot-Soaps-Western-Bracketology
Side-by-side soap trials, Eastern Bracket Competition: http://badgerandblade.com/vb/showth...de-tests-of-quot-Top-Rated-quot-Shaving-Soaps
Side-by-side soap trials, Northern Bracket Competition: http://badgerandblade.com/vb/showth...-rated-quot-shave-soaps-Northern-Bracketology
One question I've been pondering has two intertwined parts:
Part One: Each soap has a different texture and viscosity, but those generally fall into 3 categories: 5) Very "thick and rich" (we'll call "creamy"); 1) Relatively thin and foamy (we'll call "soapy"); and 3) Something in between. Based on this scale, 1 would be quite thin, 5 very thick and rich, and 3 about average in the middle.
I know this is partly dependent on the amount of water added, but regardless of the amount of H2O, the fundamental molecular nature of each soap tends to come through despite the amount of H2O. Important note: for me it's not disparaging to say a soap is on the thinner "soapy" end. I've gotten tremendous protective shaves (and relatively poor shaves) from soaps in all 3 categories.
Part Two Intro: While I love the idea of DE shaving, I'm agnostic about the actual shave tool... I don't care what it is as long as it delivers a very close and very comfortable shave, and an overall "shave den" or "guy's spa" type experience. If if is less expensive (as DE hypothetically is, although I've found it not so cheap when all costs are considered), great. But cost is not a primary concern. Also I have to believe that major shaving companies have spent many hundreds of millions if not more to test and try to come up with more effective shaving systems, so I'm willing to try them.
Part Two Core Issue: Which leads to the Part Two question: The Mach 3-blade system seems to have a wider gap between blades than the Fusion 5-blade system. So, is it possible that some soaps are better suited for a wider 3-blade rig and some soaps better for a 5-blade rig? Specifically I'm wondering if the "Creamy Category" soaps have a larger basic molecule and thus would work best in a wider blade rig (i.e. Mach 3). Similarly, might a thinner "Soapy Category" product better take advantage of the benefits of two extra shaving surfaces in a 5-blade rig? I want to test this hypothesis over the next few weeks and would appreciate your thoughts on it.
Test #1: Mach 3 vs. Fusion 5, using Bull and Bell Bay Rum Soap, rated around 4-4.5/5. A 4 on the soapy vs. creamy spectrum is definitely "thick and rich", but not quite at the extreme end. This soap is described in some detail in the Western Bracket Competition below, and is one of my favorites to this point in my tests.
I had recently shaved my entire face with Fusion 5 using BBBRS and while I loved the overall experience, I was still left with a slight palpable stubble especially in the central cheek areas, and especially on the right side. BBBRS being a creamier soap I decided to shave again, using a Mach 3 on the right side vs. a Fusion 5 on the left side. Time was allowed for 3 passes each side and a final touch-up pass. The shave was done around 10am using BBBRS lathered with a boar brush in a warmed scuttle. Shave effort: Both sides shaved very comfortable. And there was a deceptive "slickness" which left me feeling I had shaved to the very base of the beard. However when that residue was splashed off I STILL had this annoying fainting palpable patch of stubble on both sides. GRRRRR. So, re-soaped those patches, shaved again (ATG), and finally arrived at two perfect sides with zero palpable stubble.
NOW, how long will this last... that's my proposed benchmark for whether soap molecule size really means anything. At 4.5 hours out, on light palpation ATG, the Mach 3 side had palpable stubble ATG rated "0 to 1", i.e. as so extremely faint as to have to re-stroke to confirm if anything is there. The Fusion 5 side was "1 to 2", i.e. unmistakably there, but extremely faint. At 4.5 hours on deep palpation ATG the score was 1-2 for Mach 3 vs. 2-3 for Fusion. There just wasn't any question there was some very faint stubble ATG, though you have to really make an effort, and it was slightly more palpable on the Fusion side. At 5.5 hours out the light palpation scores were basically the same, but deep palpation the stubble had progressed to 2 for Mach 3 and 2-3 for Fusion.
So, this is hardly a scientifically solid random controlled test, but it's a step in that direction. I was thrilled with the results, although not so thrilled I had to go back and target those central cheek areas one last time. But to the issues at hand, the Mach 3-blade system performed at least as well, and likely slightly better than the 5-blade system for this creamy-type soap.
The test will continue, and your thoughts on the matter are much appreciated.
Side-by-side tests of 10 "top rated" blades: http://badgerandblade.com/vb/showth...-quot-Blades?p=8247792&highlight=#post8247792
Side-by-side soap trials, Western Bracket Competition: http://badgerandblade.com/vb/showth...uot-Top-Rated-quot-Soaps-Western-Bracketology
Side-by-side soap trials, Eastern Bracket Competition: http://badgerandblade.com/vb/showth...de-tests-of-quot-Top-Rated-quot-Shaving-Soaps
Side-by-side soap trials, Northern Bracket Competition: http://badgerandblade.com/vb/showth...-rated-quot-shave-soaps-Northern-Bracketology