Titanium Mens Wedding Rings – The Contemporary Look for the Modern Man

The wearing of a man wedding ring is a relatively modern phenomenon. So is the use of Titanium in Titanium mens rings.

One of the newest and classiest of the modern jewelry materials, Titanium is setting a standard in the looks of contemporary mens wedding bands.

Despite this, mens titanium rings are reasonably hard to find in your local jewelry store. Unfortunately titanium hasn’t quite made it into the consciousness of your local jewelry merchant. So if you want to find the ultimate in contemporary male jewelry, including men’s titanium rings, you have to look further affield.

Enter the internet. There is a world of choice on the net for the
modern couple searching for the ideal contemporary design mens titanium wedding band.

But first, what is titanium?

Titanium is a naturally occurring element, not an alloy. In other words it isn’t just a mixture of two or more different metals to produce a third one, as alloys are. That is not to say that Titanium cannot be alloyed with other metals, just that Titanium itself is not an alloy.

It is in fact often alloyed with other metals for jewelry making to make it harder, although all Titanium including pure Titanium makes a fine jewelry material.

For the more chemically minded amongst us, Titanium is listed in the periodic table as a natural element, atomic number 22.

It was named in 1795 after the god Titan.

Titanium can even be found in space rocks. The Apollo 17 mission
brought back rocks with up to 12% Titanium in them.

Because of it’s natural properties Titanium has been primarily used in the aerospace industry, and only more recently applied to jewelry making.

But why is Titanium such a great material for making mens wedding
bands? A number of reasons.

Firstly it is very hard, much harder than traditional ring materials such as gold and silver. It is extremely lightweight, corrosion resistant and very strong. It is so strong in fact that rings are fashioned out of a solid block of metal, so make sure that you get your size right as resizing is usually not an option.

It is hypoallergenic, meaning that it cannot produce skin reactions or allergies as can be found with some other ring materials, though rare.

But the real reason is that it looks great! Titanium can be shaped into a wide variety of styles. It can also be colored into a stunning range of colors which can be mixed and matched.

For this reason the range of choices in mens Titanium wedding bands is much greater than for a more traditional material such as gold for example. Although gold can be altered to offer a small range of different colours, it is basically gold colored. Titanium offers a much wider range of choices in color.

Titanium also offers a choice of finish, most commonly satin, matt or polished.

Black Titanium mens wedding rings are amongst the most eye catching of all the Titanium rings. Black Titanium rings are usually a mix of black Titanium coupled with another color as an all black ring can be overpowering. But a contemporary style mens black Titanium ring is almost the ultimate in chic for the man who wants to make a statement.

Mens Titanium rings can be coupled with a wide range of precious
gemstones, including diamonds, to add effect. And as Titanium is so strong it is also possible to buy tension set titanium rings.

What are these? Well the strength of the material is used to suspend a gemstone, say a diamond, between the two ends of the ring so that the gemstone is almost hanging in space in the ring. A totally modern look.

The strength of the Titanium keeps it there.

And for the more creatively minded amongst us it is possible to design your own mens Titanium ring. There are online jewellers who offer the option of making up a design for your Titanium ring that is unique only to you. You decide exactly what style, color or mix of colors you want.

Want to add a gemstone? Or more than one? Where do you want to put it in the ring? It’s all up to you.

There is no doubt that the older traditional materials used for making rings make beautiful rings. Gold or silver rings are still high on the list of choices for many men, and modern ring designs in these materials are also impressive.

But the modern man who has decided to wear his marital status on
his finger shouldn’t buy a ring before he looks at the range of
Titanium mens wedding rings.

The only difficulty is making up your mind which one!

What Technique is Used For Crafting Men’s Titanium Bracelets?

It’s not just anybody who can create beautiful jewelry from a hunk of solid titanium. You need; know how, skills and a bit of chutzpah to try something different and create beautiful jewelry. When it comes to titanium, there is no limit on the creativity designers and jewelers are employing. Creating masterpieces from a chunk of hard titanium is a special gift. But how do they do it? Can anybody make a titanium men’s bracelet?

This article will explore the world of titanium jewelers and explain how a jeweler crafts one of the toughest substances on earth into that striking bracelet on your arm. While gold and silver and other metals can be crafted into jewelry with the use of molds, titanium needs to be crafted out of a solid titanium billets, making titanium jewelry-making a highly specialized field. Not just anyone can make a titanium item of jewelry!

Why titanium is superior

Of all the materials available to jewelers, titanium one of the most desirable. Titanium is tough; used for both space exploration and army tanks, it’s known to be resistant to corrosion and damage. Titanium jewelry is lightweight and can hold it’s own against dents, scratches and any general damage you could throw at it. If you’ve never worn bracelets before, you might not be able to appreciate the importance of having an item that is both comfortable and good looking. Also, bracelets are subjected to a lot of wear and tear, especially if you work with your hands a lot!

How titanium bracelets are made

While it may not be considered reinventing the wheel, creating beautiful titanium jewelry is an art form that few can fully achieve. Because titanium is so strong, it cannot be soldered to be melted down or shaped. This means that jewelry makers must craft their pieces out of large titanium billet or sheets. It’s kind of like sculpting, but with far more valuable material and possibly an even more beautiful result. When you receive a titanium men’s bracelet, you know it has handcrafted, and painstakingly assembled into the beautiful item of jewelry you have before you.

A bit of online research reveals a wealth of titanium personalizing services. Whether you want a bracelet designed specifically for you, or merely engraved with a romantic inscription, not only is it possible and it’s inexpensive too. Having a titanium bracelet made for yourself or a loved one is a special way to show someone you care. It’s a gift that will literally last a lifetime.

Isn’t it amazing to think that the titanium bracelet on your arm could have been put towards a space shuttle or high powered jet? Your titanium bracelet is virtually indestructible and many jewelers even offer a lifetime guarantee on your titanium men’s bracelet and other similar items. And rightfully so, its testament to the real quality of titanium. Titanium is trendy, affordable and good looking, best of all, you know that every titanium item has been lovingly crafted into that superb bracelet.

Women’s Titanium Rings Set a New Standard For Strength, Design and Affordability

In the days of old, a woman had few choices for unique rings. When shopping for a ring, women could go to the local jewelry or department store and see a selection of rings. These rings, however, were bland gold rings or cheap, imported rings of dubious quality.

Nowadays, many women have discovered a relative newcomer to designed jewelry-titanium rings. Available since the mid-1990s, titanium rings have taken the jewelry industry by storm. The unique features of titanium, design options, price point of titanium rings have made them the hottest item for unique women’s rings.

Titanium Properties
Titanium is an excellent ring material. Extremely light-about 30% the weight of platinum and much lighter than gold-titanium rings are very comfortable for the wearer. In addition, titanium is hypoallergenic, which means it will not react with human skin. The days of rings causing irritation are in the past for those who have discovered titanium rings.

Not only is titanium hypoallergenic, it is also non-reactive to most chemical and corrosive agents. This means that a ring made from titanium will not corrode or tarnish when taken for a swim in the ocean or exposed to household cleaning agents.

Finally, titanium is a very strong and durable metal. Much stronger than gold and most other metals, a titanium ring will last a lifetime.

Ring Design Options
Titanium has been hugely popular as a ring material because of the large range of design options. For example, because of titanium’s strength, it can be inlaid with a wide variety of materials. Titanium rings with inlays are some of the most popular rings designs these days. Inlay choices include exotic hardwoods, mineral, gold, silver, minerals and gemstones. No other ring material allows for such a wide range of unique inlaid ring choice.

Titanium, unlike gold and titanium, has not seen huge price swings in the price of the raw metal. Women’s gold rings, as man people know, has become very expensive and is often priced outside of the price range of many shoppers for women’s rings. Platinum has always been an expensive metal and will continue to be long in the future due to limited availability.

On the other hand, women’s titanium rings are usually affordable for most ring buyers. Unique ring designs can, of course, make for expensive rings, but an excellent, handcrafted ring is usually priced in the hundreds, not thousands, of dollars. Many of today’s value and style conscious ring buyers recognize the value in titanium rings and have made them one of the hottest sellers in online ring shops.

So, there are many options for women’s rings. The unique properties of titanium creates a plethora of design options. The price point of most women’s rings means that most handcrafted titanium rings are not only beautiful, but also affordable.

Titanium in Aerospace

Pure titanium is a silver-colored metal, which has grown as a metal of strategic importance in the last 50 years. Its density is approximately 55% of steel with similar strength. Titanium is a durable, biocompatible metal, which is commonly used in artificial joints, dental implants, and surgical equipment. It also finds use in aerospace and some automotive applications because its operating temperature limit is nearly 500°C. For aerospace structures manufacturing it is supplied in any one of the following forms: titanium billet, titanium bar, titanium plate, titanium sheet, titanium tubes, titanium extrusions or titanium forgings.

Apart from its use as a structural metal it is also added in small quantities to steels and other alloys to increase hardness and strength by the formation of carbides and oxides. Titanium can exist in two allotropic forms: alpha and beta. Its mechanical properties are closely related to these allotropic phases, with the beta phase being much stronger but more brittle than the alpha phase. Hence, titanium alloys are commonly classified as alpha, beta, and alpha-beta alloys. Titanium alloys have attractive engineering properties, which include a desirable combination of moderate weight and high strength, property retention at elevated temperatures, and good corrosion-resistance. These properties provide high values of specific strength, Sylp, which is desirable for transportation systems.

Apart from the commercially pure forms of titanium, there are three principal types of alloys: alpha, beta, and alpha-beta alloys which are available in wrought and cast forms. In recent years some also have become available in powder forms. The system of designations for titanium alloys vary from one standard to another; however, the most prevalent and commonly used system is to name the alloy by its composition. For instance, Ti-4A1-3V, which means its major alloying elements are 4% aluminum and 3% vanadium. There are five grades of what are known as commercially pure or unalloyed titanium, ASTM Grades 1 through 4, and 7. Each grade has a different impurity content, with Grade 1 being the most pure. Tensile strengths vary from 172 GPa for Grade 1 to 483 GPa for Grade 4.

Titanium carbide is an important product of titanium and is made by reacting titanium dioxide and carbon black at temperatures above 1800°C. It is compacted with cobalt or nickel for use in cutting tools and for heat-resistant parts and it is lighter weight and less costly than tungsten carbide, but it is more brittle in cutting tools.

One of the primary uses of titanium is as titanium oxide in the form of a white pigment. It is also widely used as titanium carbide for hard facings and for cutting tools. Primarily because of their high strength-to-weight ratio (specific strength), titanium and its alloys are widely used for aircraft structures requiring greater heat-resistance than aluminum alloys. Owing to their exceptional corrosion-resistance they are also used for chemical processing, desalination, power generation equipment, marine hardware, valve and pump parts, and prosthetic devices. Alloy Ti-6A1-4V is widely used in medical applications supplied to manufacturers as titanium billet, titanium bar, titanium plate, titanium sheet, titanium tubes, titanium extrusions or titanium forgings.

Titanium is also found in a shape memory alloy (SMA) material called Nitinol, which is a titanium alloyed with nickel that exhibits superelastic behavior. It is a corrosion resistant, biocompatible material that has a shape memory property, making it useful for implantable devices requiring an initial shape for insertion and a final shape once in place. The properties of Nitinol rely on its dynamic crystalline structure, which is sensitive to external stress and temperature. The alloy has three defined temperature phases that influence its behavior:

Austenite Phase: This temperature is above the transition temperature and varies depending upon the exact composition of the Nitinol alloy; commercial alloys usually have transitional temperatures between 70 and 130°C (158 to 266°F). The yield strength with which the material tries to return to its original shape is considerable; 35,000 to 70,000 psi. Crystalline structure is cubic. Martensitic Phase: In this low-temperature phase the crystal structure is needle-like, with the crystals aligned. The alloy may be bent or formed easily using a deformation pressure of 10,000 to 20,000 psi. Bending transforms the crystalline structure of the alloy by producing internal stresses.

Annealing Phase: In this high-temperature phase the alloy will reorient its (cubic) crystalline structure to “remember” its present shape. The annealing phase for Nitinol wire is in the range of 540°C.
When at room temperature Nitinol is in the martensitic phase and can be deformed as required. When the new shape is heated above its transitional temperature (austenite phase), the crystalline structure changes from needle-like to cubic. The resulting cubic structure does not fit into the same space as the needle-like structures formed when the alloy was bent.