However, recycled titanium that isn’t verified before reselling can present a problem for many industries. Aerospace manufacturers cannot use titanium in jet engines unless they know exactly what titanium grade it is and how it has been treated. This often isn’t a guarantee when it comes to remnant titanium for sale, although sometimes the alloys can be identified through scrap metal analysis and testing.
This leaves significant amounts of titanium available for use in a variety of ways, such as machining custom bicycle and automotive parts. Titanium’s strength profile wildly exceeds what is needed in these roles, and the weight savings offer a significant performance boost. One of the most unexpected uses of remnant titanium, however, is the creation of high-strength custom titanium furniture.
The Advantages of Titanium Furniture
Titanium derives its reputation and value from its high strength-to-density ratio. This is valuable when using it to craft furniture. In the hands of a master craftsman, this strength can conceivably lead to delicate furniture design using a framework of very strong titanium. Titanium offers high corrosion resistance, and deck furniture made from titanium could indefinitely be left outside in the elements without receiving structural damage. However, the real advantage of using titanium furniture may lie in the metal’s long-term resistance to wear and tear.
Aging furniture grows increasingly wobbly over time. This is due to factors such as gradual wood shrinking and distorting as well as the bending of brackets made with steel or aluminum and the stripping of fasteners with daily use. This need not be the case with titanium furniture. The modulus of elasticity of titanium is half that of steel, and titanium can flex much further than steel for a much greater length of time without permanent distortion. As long as the titanium is worked correctly, it has an extraordinary level of resilience when used in furniture whose structure effectively never wears out. However, working the metal into a usable form is one of the biggest challenges in creating titanium furniture.
The Challenges of Working Titanium
Contrary to popular conception, titanium isn’t rare—it’s the fourth most abundant metal on Earth. However, titanium readily bonds with atmospheric oxygen and nitrogen, and it is seldom found in its metallic state. This tendency to bond freely with the atmosphere, among other challenges, can make titanium difficult to work with.
To prevent this bonding, titanium needs to be welded with an inert gas that protects the metal, typically argon. Titanium isn’t alone in this need. Other nonferrous metals like aluminum also require the use of shielding gas to protect the molten metal. Titanium is an outlier that requires an extreme level of coverage, however. Argon gas needs to cover both the front and back of any welds. Without this coverage, the titanium will bond with nitrogen and carbon, creating nitrides and carbides. These are extremely hard but brittle materials that break easily, and improperly welded titanium furniture will crack rather quickly.
While titanium is machinable, it isn’t easily machinable. In addition to issues with welding, titanium’s unique properties mean that mechanical manipulation such as cutting, machining, or drilling is likely to encounter the following challenges:
- Wear: Titanium’s high strength-to-weight ratio can translate to heavy wear on bits, cutting wheels, and other tools. Titanium furniture components either need to be cut and machined with special high-strength metals, or the builder needs to be prepared to use up several tools.
- Heat: A unique attribute of titanium compared to other metals is that it doesn’t conduct heat or electricity very well. When drilling or cutting titanium using mechanical means, heat can build to the point where it compromises the integrity of tools or damages the titanium.
- Chattering: Because of titanium’s flexibility there can be a significant amount of play beneath a drill bit, saw, or another tool. This play results in a bouncing effect where the titanium rapidly comes into and out of contact with the tool. This can result in crooked holes for fasteners, cuts that aren’t straight, and scalloped surfaces that were meant to be machined smooth.
These challenges can be met with care and caution. Tool wear and heat build-up can effectively be dealt with by working slowly and ensuring that bits and tools are frequently lubricated. Similarly, chattering can be prevented in most operations by taking the time to ensure the workpiece is sufficiently clamped into place. Because of titanium’s properties, however, it may take significantly more clamps than expected to prevent chattering. These issues are manageable, though. Perhaps the biggest challenge of working titanium is ensuring that the titanium remnant is both affordable and high-quality.
Finding Remnant Metal for Titanium Furniture
Industrial Metal Service buys and recycles titanium remnants from manufacturers that have no further use for them and resells them at discounted prices. This makes it cheaper and more economic for furniture crafters who don’t need to buy new titanium in bulk.
Purchase Titanium Remnants for Furniture Crafting from a Local Metal Supplier
Call us today to discuss your titanium remnant requirements. We look forward to working with you.