Ex Aurum Jewelers

Hi...my name is Gino Priolo and I wanted to introduce you to my new blog.

I am the owner of Ex Aurum Jewelers in Montreal we manufacture jewelry of all kinds but diamond wedding jewelry and fine jewelry designs using precious gemstones is our specialty.

Using our CAD facility we can re-produce any design you want and at really good prices. Keep on checking our blog as sometimes I will put up different items and offer them to you at really deep discounted prices.

I will also post information on a variety of subjects such as jewelry cleaning, how to buy diamonds and today's trends and hottest selling designs.

If you have any questions concerning jewelry, trends, repairs etc, please do not hesitate to write. I will be happy to include the answers in my blog

Wednesday, September 19, 2012

October Birthstone - Tourmaline and Opal

Tourmaline

Tourmaline has become a favorite gemstone among jewelry designer, and gem collectors the world over. Since it is available in a wide variety of colors, it is ideally suited to almost anyone's taste. Tourmaline also is known for displaying several colors in the same gemstone.  These bi-color or tri-color gems are formed in many combinations; gemstones with clear color distinctions are highly prized.  One multi-color variety is known as watermelon tourmaline, and features green, pink, and white colors bands; to resemble its namesake, the gemstone is cut into thin slices having a pink center, white ring, and green edge.  Tourmaline is found in many localities including Brazil, Afghanistan, East Africa, and the USA.

Opal

The name opal derives from the Greek Opallos, meaning "to see a change (of color)."  Opals range in color from milky white to black with flashes of yellow, orange, green, red, and blue. An opal's beauty is the product of contrast between its color play and its background.  Opal is a formation of non-crystalline silica gel that seeped into crevices in the sedimentary strata. Through time and nature's heating and molding processes, the gel hardened into the form of opals. The opal is composed of particles closely packed in spherical arrangements. When packed together in a regular pattern, a three-dimensional array of spaces are created that give opal its radiance.

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