it would not make a great working knife. you could use it for show and good for throwing knives I have heard. I would go with high carbon steel for something useful lol
i want to ask you guys what metal will be best use to make a sharp i mean very sharp blades for fighting cocks... a blade that will cut through bones..
It wouldn't make much of a knife. It is strong & tough, but it is fairly brittle and would snap easily. You could make a show piece, but machining Ti is a problem since it is so brittle. ChromeMoly might make a good knife, and there are lots of other alloys and surface treatments that could make a good looking knife.
not sure you are thinking of titanium. titanium bends much better than any steel and resists chipping and breaking extremely well. it is very hard, but somehow still able to be bent very well. its an incredible metal. we had a ramp for the boats where i used to work, that would bend down like 6+ inches and spring right back every time.
Why Titanium? Corrosion Resistance: Titanium is corrosion proof in all naturally occurring environments. The MPK SEAL knife has been soaking in seawater for years without a hint of corrosion.
Weight: Titanium is 40% lighter than steel.
Heat and Cold Stability: Titanium is 800 degrees (in Fahrenheit) more thermally stable than steel. It will not break in subzero weather, whereas steel will shatter.
Wear/Abrasion Resistance: Titanium is a self-healing metal that forms an oxide ceramic skin over itself when scratched. This gives it the ability to resist being eroded by contact with outside materials such as dirt, sand, ice, mud, nylon webbing, rope, etc.
Superior Ductility: The Navy SEALs have been unable to break titanium MPK’s in over six years of service. This is due to the 12% elongation, coupled with toughness and flexibility.
Tough: Titanium is tough at both high and low temperatures. It resists breaking, cracking or chipping under impact or stress.
Flexibility: Titanium may be flexed or bowed repeatedly without undergoing rupture. It has ½ of the modules of steel; therefore, it will bend at least twice as far before breaking.
Non-Poisonous: Titanium is no-poisonous and biologically inert.
Strength-to-Weight Ratio: Titanium has superior strength-to-weight ratios when compared to either steel or ceramic. It is the alloy of choice for aircraft.
Non Magnetic: Titanium is magnetically inert, and is used by the Navy SEALs and Explosive Ordinance Disposal units (EOD) to defuse magnetically triggered mines. Knives must be sharpened with nonmagnetic sharpeners to remain inert.
The short answer is YES Titanium is an excellent Knife Blade Material.
With all due respect to the sofa quarterbacks that are fully represented in this forum,
I would like to point out that Titanium is one of the best durability, sharpness, non magnetic blade materials in the world i.e.
http://www.missionknives.com/titanium = tactical knives built for and by ex mil ops personnel. i.e. Field tested, used in most demanding situations not just adventure backpacking or ultra light camping!!
Check this out http://www.youtube.com/watch?v=XsdRo5jvnXo&feature=player_embedded
I agree with NachoMahma "One should be careful when getting info from the Net" =
Yes that is right check for your self.
Also keep in mind some of the more critical applications for Titanium =
Some of the most durable light weight road bikes in the world
http://www.litespeed.com/ or http://www.lynskeyperformance.com/ or the many implantable hip, knee prostheses made from yes you guessed it Titanium, or say the the largest nuclear powered attack submarine USSR version or the fastest airplane skin = SR71 Blackbird, or even further and harsher environment like say MARS = yep both of the Mars Lander Rovers, satellites, and space craft.
Oh yeah it is corrosion resistant, and 40% lighter than steel = but yes as others have suspected = it is more costly = you get what you pay for = it will outlast steel blades by at least a factor of 10! So amortized over the life of the blade/knife it is actually a bargain = initial cost is higher = but longevity is far superior and physical material characteristics further validate Titanium as a material as being very well suited for demanding applications.
Titanium is in fact used to make the blades of some knives used in SCUBA diving that must withstand the harsh saltwater environment of the ocean, I have several and carry one as a daily use and because of the exceptionally light weight I don't even notice it in my pocket.
If resistance to corrosion and light weight are your primary concerns, then Titanium is an excellent material for knife blades and will also not become brittle at very low temperatures as many grades of steel do. However, my Titanium knives do not hold as sharp an edge as a good steel blade. It's sufficient for most utility work, but will never become razor sharp like high carbon steel. It is also important to note that although Titanium is about 40% stronger than steel BY WEIGHT, the steel is so much denser that titanium blades are BY VOLUME less strong than steel. What this means is that your Ti blade must be thicker in order to resist snapping, and a hard steel blade will notch a Ti one. It will still be much lighter than the thinner steel blade but the extra thickness makes it hard to cut through large tough materials or make fine precise cuts because it can start acting a bit like a wedge and must force aside more material.
Overall it depends on what you want the knife for. For example, Ti would make a poor fighting knife because the duller and thicker blade would make it more difficult to inflict a slashing type injury against heavy clothing. If your use is more utilitarian then it has the benefit of being incredibly light and you never need worry about cleaning it or protecting it from rust. I put mine away wet all the time without a second thought, carry it through ocean and swamps, etc. Sharpening is a little different than a steel blade but can be done with some effort, small nicks in the blade or a bent/blunted tip can be remedied by "rubbing" the metal around with a sharpening stone, effectively cold-forging it. It's not the best knife material for every purpose, but for many things it is truly outstanding.
Why does everyone want a blade made from one element? Event the ancient blade makers knew you mixed elements to get a stronger blade. They put carbon in iron to make steel! The same is the case here. Find a good titanium alloy that will flex a bit and have at it! Titanium is hard as hell and holds an edge extremely well. It is a good base metal. Just not by itself.
Well, for a balisong like you're talking about, a titanium handle would work, and for the blade... you're pretty much stuck with steel. But, hey; if you want to, you can anodize the handle and make it look real nice.
Not a knife expert here either, but there are a few generalities I think can be applied here. Firstly, even though a titanium blade will have the "strength" of steel, it will not have its flexibility. If your knife gets jammed in something, the blade will shatter, not bend. The other major thing is that steel is often used for knives because of its ability to hold an edge. I think that if you were to use a metal like aluminum or titanium, you would constantly have to sharpen the blade to make it effective at cutting anything.
Well, don't believe everything you google. Here's an excerpt from an article I found from your google search: "Titanium knife blanks are very good for knifemaking; in fact, the highest grade of titanium is called knife-grade titanium. Titanium is an alloy of iron, oxygen, carbon, and various other materials; titanium benefits from the strength of the material, but it is a little brittle compared to other materials. Titanium takes a good blade as well as a good surface finish." I'm not an expert knife maker, but at least I know titanium is an element. :)
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http://www.missionknives.com/why-titanium/http://www.missionknives.com/why-titanium/
Why Titanium?
Corrosion Resistance: Titanium is corrosion proof in all naturally occurring environments. The MPK SEAL knife has been soaking in seawater for years without a hint of corrosion.
Weight: Titanium is 40% lighter than steel.
Heat and Cold Stability: Titanium is 800 degrees (in Fahrenheit) more thermally stable than steel. It will not break in subzero weather, whereas steel will shatter.
Wear/Abrasion Resistance: Titanium is a self-healing metal that forms an oxide ceramic skin over itself when scratched. This gives it the ability to resist being eroded by contact with outside materials such as dirt, sand, ice, mud, nylon webbing, rope, etc.
Superior Ductility: The Navy SEALs have been unable to break titanium MPK’s in over six years of service. This is due to the 12% elongation, coupled with toughness and flexibility.
Tough: Titanium is tough at both high and low temperatures. It resists breaking, cracking or chipping under impact or stress.
Flexibility: Titanium may be flexed or bowed repeatedly without undergoing rupture. It has ½ of the modules of steel; therefore, it will bend at least twice as far before breaking.
Non-Poisonous: Titanium is no-poisonous and biologically inert.
Strength-to-Weight Ratio: Titanium has superior strength-to-weight ratios when compared to either steel or ceramic. It is the alloy of choice for aircraft.
Non Magnetic: Titanium is magnetically inert, and is used by the Navy SEALs and Explosive Ordinance Disposal units (EOD) to defuse magnetically triggered mines. Knives must be sharpened with nonmagnetic sharpeners to remain inert.
With all due respect to the sofa quarterbacks that are fully represented in this forum,
I would like to point out that Titanium is one of the best durability, sharpness, non magnetic blade materials in the world i.e.
http://www.missionknives.com/titanium = tactical knives built for and by ex mil ops personnel. i.e. Field tested, used in most demanding situations not just adventure backpacking or ultra light camping!!
Check this out
http://www.youtube.com/watch?v=XsdRo5jvnXo&feature=player_embedded
I agree with NachoMahma "One should be careful when getting info from the Net" =
Yes that is right check for your self.
Also keep in mind some of the more critical applications for Titanium =
Some of the most durable light weight road bikes in the world
http://www.litespeed.com/ or http://www.lynskeyperformance.com/ or the many implantable hip, knee prostheses made from yes you guessed it Titanium, or say the the largest nuclear powered attack submarine USSR version or the fastest airplane skin = SR71 Blackbird, or even further and harsher environment like say MARS = yep both of the Mars Lander Rovers, satellites, and space craft.
Oh yeah it is corrosion resistant, and 40% lighter than steel = but yes as others have suspected = it is more costly = you get what you pay for = it will outlast steel blades by at least a factor of 10! So amortized over the life of the blade/knife it is actually a bargain = initial cost is higher = but longevity is far superior and physical material characteristics further validate Titanium as a material as being very well suited for demanding applications.
If resistance to corrosion and light weight are your primary concerns, then Titanium is an excellent material for knife blades and will also not become brittle at very low temperatures as many grades of steel do. However, my Titanium knives do not hold as sharp an edge as a good steel blade. It's sufficient for most utility work, but will never become razor sharp like high carbon steel. It is also important to note that although Titanium is about 40% stronger than steel BY WEIGHT, the steel is so much denser that titanium blades are BY VOLUME less strong than steel. What this means is that your Ti blade must be thicker in order to resist snapping, and a hard steel blade will notch a Ti one. It will still be much lighter than the thinner steel blade but the extra thickness makes it hard to cut through large tough materials or make fine precise cuts because it can start acting a bit like a wedge and must force aside more material.
Overall it depends on what you want the knife for. For example, Ti would make a poor fighting knife because the duller and thicker blade would make it more difficult to inflict a slashing type injury against heavy clothing. If your use is more utilitarian then it has the benefit of being incredibly light and you never need worry about cleaning it or protecting it from rust. I put mine away wet all the time without a second thought, carry it through ocean and swamps, etc. Sharpening is a little different than a steel blade but can be done with some effort, small nicks in the blade or a bent/blunted tip can be remedied by "rubbing" the metal around with a sharpening stone, effectively cold-forging it. It's not the best knife material for every purpose, but for many things it is truly outstanding.