NO, Titanium is not expensive than silver. Please see the detailed answers in the below section. Over the past two decades, there has been a steady decrease in the price of titanium in the market.
Trading silver and other precious metals are different. For that reason, silver is not available in metric tons but kilos instead. One metric ton is equal to kilos. That is a stack difference when you look at the pricing per kilo of titanium and silver. We can thus conclude that titanium is not more expensive than silver. If anything compared to silver, titanium comes nowhere close. The other difference between silver and titanium is that you can trade using silver, but in the case of titanium, you have to invest in a company that mines titanium or uses the products of the same.
We have no official document to prove to you that the metal meets certain physical or chemical properties and we may have no traceable heat or lot number with which to identify the material.
We test the material with a gun to verify the material grade, but again- there is no formal document from a mill or manufacturer proving this information. This non-certified material will be the least expensive option if it is available.
Our titanium may also be lab certified. This means that there is no documentation from the mill or manufacturer, but there is a document from a legitimate testing facility which will typically show the grade, size, physical, and chemical properties, and sometimes heat or lot number from the mill. This would typically be a little more expensive than non-certified material.
Foreign mill certified material will come with a mill certification with the heat number, grade, any applicable specifications, physical, and chemical properties. Domestic mill certified material is melted and manufactured in the USA. Click Here. Skip to content. Get a Quote. What are the Pros and Cons of Titanium? Advantages One of the most notable advantages of titanium is its strength. Disadvantages Of course, there are also some potential disadvantages to titanium, one of which is the difficulty of casting.
Tags: Info , Metal , Titanium. More Popular Posts. What Is Ultrasonic Machining? November 26, Blog Posts. Taking this approach, the MetCon process substantially increases the producer's finished product output capacity while requiring no melt shop or raw material capital investments. The MetCon process is substantially faster and much safer than traditional conditioning processes.
The common techniques of grinding or machining remove small amounts of material with each pass as the removal device, grinding wheel, or machine tool slowly moves down the workpiece. Grinding processes generate heat as they turn solid metal into swarf or dust that is an explosion hazard and must be carefully controlled and removed from the air the bursts of white color you see in fireworks displays are often produced by burning titanium particles.
Titanium machining chips from milling and turning conditioning steps are highly flammable and the cause of numerous catastrophic plant fires. Because the conventional processes are limited by physics as to how much material is removed at a time, they must be repeated numerous times over the entire surface, on all faces of the material, until reaching the bottom of the deepest cracks.
Only one surface of one piece can be conditioned at a time by one machine, and the traditional processes are very time consuming. Elevated temperature acid pickling is also used in conditioning, often in conjunction with the mechanical processes. Pickling can also deal with smeared deposits caused by the grinding or machining operations that routinely conceal material flaws. If these flaws are not revealed using a secondary pickling step, they will be discovered in downstream processing steps or during sonic inspection where they are more costly to address, cause even greater yield losses, or far worse, where they can compromise large amounts of expensively processed material.
But the acids used typically hydrofluoric and nitric are among the most dangerous known. For worker safety the air must be scrupulously scrubbed where the acids are used. Even with such precautions, equipment and structures have short lifespans due to corrosion. In contrast to grinding or machining, the MetCon electrochemical process takes place with the material submerged in electrolyte in a large tank. The material is subjected to a range of electrical currents and voltages that remove the alpha case and open the cooling cracks, rounding and blunting the crack tips.
The electrochemical process itself is inherently much faster than traditional mechanical grinding or machining. Because the piece is submerged, the MetCon process has the substantial advantage of conditioning all surfaces simultaneously.
Plus, as many pieces can be treated at one time as fit into the tank. Current tanks accommodate full heat quantities conditioning an entire heat at one time is a breakthrough and there are no technical restrictions to scaling the tank sizes larger. Material is ready for the next forming step five to 50 times faster than by traditional conditioning methods, greatly accelerating work-in-process cycle times and relieving a typical production bottleneck.
In addition, for operations that rely on a pickle to reveal defects after a grinding operation, this new process eliminates the need for that entire processing step, cumulatively taking weeks out of the traditional processing time. Since the process is electrochemical, it generates no hazardous grinding or machining dust, swarf, or chips.
Material removed is absorbed by the electrolyte. The proprietary MetCon electrolyte is a weak acid comprised predominantly of water with small amounts of a fluoride salt and a carboxylic acid a solution closely related to a highly diluted common household cleaner mixed with orange juice.
Very limited chemical handling precautions are required, and no hazardous material equipment is necessary in preparation, storage, or use. The process takes place in an open environment. No hazmat suits are required and neither the electrolyte or the process has any impact on air quality.
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