Turquoise Blue: Three Different Ways to Make Turquoise Blue

image-section-60-min.png
image-section-61-min.png
Turquoise Blue: Three Different Ways to Make Turquoise Blue_Image Credit_Google

Turquoise Blue: Three Different Ways to Make Turquoise Blue-Turquoise is made by passing different types of zeolites containing copper and manganese through a highly pressurized process. The substance that is extracted from the zeolite is called turquoise.

Turquoise is the common name for the mineral that is found within or close to turquoise blue stone. Most turquoise has a distinctive blue or greenish color because of high amounts of copper. The color of turquoise varies due to the amount of copper and is not set but rather influenced by many other factors.

Turquoise Blue: Three Different Ways to Make Turquoise Blue

Turquoise is classified into two colors depending on how much copper is present. Green is the most common color, which can range from dark grey to light grey with variations in color due to other elements within the stone. Blue turquoise is very popular because it is a bright and vibrant color that catches the light extremely well. The color turquoise blue is found in nature naturally with some lighter variations being more pale than others.

Turquoise Blue OV-040 (1)

Green turquoise is the most popular variety of turquoise as it is the most natural looking. It is found in nature in rich mineral soils with dark veins, which makes it look more realistic than the other blue varieties. Green tints are the most unique and distinguishable feature of turquoise. Green tints occur when the copper is exposed to negative ions. Green tint turquoise is usually transparent but may have hints of blue in it.

There are many different ways to enhance the color of turquoise. The primary coloring agent is called the trace element chromium. This is usually a natural occurring mineral and is part of the corundum family. Some other minerals that can be used as additives are zinc, manganese and iron. Zinc is one of the most widely used additives as it is very inexpensive. It does however produce a white or very pale blue color that is sometimes referred to as turquoise blue.

The other additive that can be used is zinc white. This is produced by oxidizing copper. The color can range from mildly greenish blue to a slightly greenish blue color. Some of these decorations use both of these additives to give the jewelry a three dimensional appearance. This is the reason why jewelry decorated with turquoise gets tarnished a little faster than jewelry that does not contain these additives.

There are two types of turquoise that are sold in the jewelry market; authentic turquoise and synthetic turquoise. Genuine turquoise is made by harvesting animals that live in the desert. These animals are fed a diet of turtles, lizards, various insects and carrion. Their hooves are ground up and the shells are then ground up even more. When this process is complete, the rough outer shell is removed and the inside is cleaned and seasoned to make it ready for jewelry making.

Another process that can be used to create turquoise green is to use pure silica instead of copper. A silica compound known as argyreco silica is mixed with quartz to make a white powder. When this powder is subjected to an atmosphere containing blue ammonia, it will give off a blue tint. Many jewelers mix the blue dye with turquoise green to create a three dimensional shade of turquoise green.

These three different ways of creating a turquoise blue are quite popular, but there are other ways which can also be done. One way to make turquoise blue is to use an indirect lighting system in order to create a blue tone. Another way is to add aluminum oxide to turquoise in order to produce a green tint. Some jewelers like to work with an indirect lighting system by using twine and bouncing the blue dye off it. This is also done with turquoise blue and green.

image-section-47-min.png

Register or Sign Up

image-section-60-min.png
Lorem ipsum dolor sit amet, consectetur adipiscing elit. Ut elit tellus, luctus nec ullamcorper mattis, pulvinar dapibus leo.
image-section-48-min.png