Ovation made aluminum fingerboards with frets cast in. They were not as hard as steel strings. Only one I've ever seen had cut through to the fingerboard.
Black oxide will come off just as easy as any other coating. Even the Mil-Spec...I'm around it day in and day out...JD0x0 said:Maybe blacken steel?
Hot black oxide [11] for stainless steel is a mixture of caustic, oxidizing, and sulfur salts. It blackens 300 and 400 series, and the precipitation-hardened 17-4 PH stainless steel alloys. The solution can be used on cast iron and mild low-carbon steel. The resulting finish complies with military specification MIL-DTL–13924D Class 4 and offers abrasion resistance. Black oxide finish is used on surgical instruments in light intensive environments to reduce eye fatigue.[12]
Room-temperature blackening [13] for stainless steel occurs by auto-catalytic reaction of copper-selenide depositing on the stainless-steel surface. It offers less abrasion resistance and the same corrosion protection as the hot blackening process. One application for room-temperature blackening is in architectural finishes (patina for stainless steel).
AirCap said:Ovation made aluminum fingerboards with frets cast in. They were not as hard as steel strings. Only one I've ever seen had cut through to the fingerboard.
Yes, they did. My little brother bought one new. What a POS!
DangerousR6 said:Black oxide will come off just as easy as any other coating. Even the Mil-Spec...I'm around it day in and day out...JD0x0 said:Maybe blacken steel?
Hot black oxide [11] for stainless steel is a mixture of caustic, oxidizing, and sulfur salts. It blackens 300 and 400 series, and the precipitation-hardened 17-4 PH stainless steel alloys. The solution can be used on cast iron and mild low-carbon steel. The resulting finish complies with military specification MIL-DTL–13924D Class 4 and offers abrasion resistance. Black oxide finish is used on surgical instruments in light intensive environments to reduce eye fatigue.[12]
Room-temperature blackening [13] for stainless steel occurs by auto-catalytic reaction of copper-selenide depositing on the stainless-steel surface. It offers less abrasion resistance and the same corrosion protection as the hot blackening process. One application for room-temperature blackening is in architectural finishes (patina for stainless steel).
Probably even less effective than black oxide.Mayfly said:DangerousR6 said:Black oxide will come off just as easy as any other coating. Even the Mil-Spec...I'm around it day in and day out...JD0x0 said:Maybe blacken steel?
Hot black oxide [11] for stainless steel is a mixture of caustic, oxidizing, and sulfur salts. It blackens 300 and 400 series, and the precipitation-hardened 17-4 PH stainless steel alloys. The solution can be used on cast iron and mild low-carbon steel. The resulting finish complies with military specification MIL-DTL–13924D Class 4 and offers abrasion resistance. Black oxide finish is used on surgical instruments in light intensive environments to reduce eye fatigue.[12]
Room-temperature blackening [13] for stainless steel occurs by auto-catalytic reaction of copper-selenide depositing on the stainless-steel surface. It offers less abrasion resistance and the same corrosion protection as the hot blackening process. One application for room-temperature blackening is in architectural finishes (patina for stainless steel).
What about gun bluing?
I don't play bass, but have you tried the Elixer nanoweb strings? They sound good on an acoustic guitar, although I can't vouch for their performance on an electric, as I've never tried them.ghotiphry said:Never did like the sound you get from coated strings. Sounds like you're playing with a cotton guitar.
ghotiphry said:Never did like the sound you get from coated strings. Sounds like you're playing with a cotton guitar.