Lab Created Opal vs. Man Made Opalescence
Lab Created Opal
vs.
Man Made Opalescence
Lab Created Opal
Our Lab Created Opal takes around one year to grow in a controlled environment. This is a complex process of layering to create the unique color patterns. The first form of synthetic opal is a rough cut of stone. This rough cut synthetic stone is then cut or crushed into the desired final product.
Read our Blog on How Lab Created Opal is Made
What is the material made of?
This lab-made material that consists of Silica and Polymer rather than hydrated silica (natural opal). The polymer stabilizes our opal which in turn makes it easier for jewelry making. You will experience less cracking and crazing that can be detrimental when using natural opal in jewelry. By using a polymer it also creates a slightly softer product making it superior for turning and cabbing. Our lab opal does not fall victim to color fading and is resistant to chemicals such as acetone and alcohol.
What is the color pattern?
The color is going to consist of speckled or striped like patterns of color play through out the material.
Man Made Opalescence
How is it made?
Our Opalescence is created by heat hardening resin that stabilizes Silica particles to create this amazing imitation Opal with a very unique color pattern. The first form of Opalescence is a large slab that is then cut and shaped into the many different bead sizes we offer. Then the beads are drilled and perfected for jewelry and craft making.
What is the material made of?
Our Opalescence is a man made material that consists of primarily Polymer that is used to stabilize Silica particles rather than hydrated Silica (like natural Opal). This gemstone like material is very strong and you will experience less cracking and crazing that can be detrimental when using natural opal in jewelry or crafting.
What is the color pattern?
The color pattern for Opalescence is a marbled wave like pattern with high levels of transparency.
Final Thoughts
Overall both types of our synthetic opal are great options for jewelry making or any type of craft project. They are both strong materials that will make your projects stand out! The only major difference is the color pattern, although both color patterns are very beautiful.
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