Avril - 5 stone cushion cut sapphire ring with 0.62 carat natural diamonds

This gorgeous blue sapphire ring will impress everyone around you. It features a  cushion 9.82 carat gemstone, adorned with 0.62 carat natural diamonds.

Sapphire
Mineral: Corundum
Hardness: 9 on Moh's scale
Cushion Sapphire
Carat: 9.82 carat (5 Stones)
Color: Blue
Cut: Excellent
Origion: Lab Created

natural diamonds
Round brilliant natural diamonds
Carat: 0.62 carat
Color: D - F
Clarity: VS
Cut: Very good - Excellent

White Gold
Total ring weight: 9.59 g

Free shipping on all orders 
We ship our items via secured and insured FedEx express - approx. 4 days delivery.

14-day 100% Money-Back Satisfaction Guarantee
Our 100% risk-free satisfaction guarantee lasts 14 days from the date you receive your item. If for any reason you are not completely satisfied with the product, simply send it back to us and we will return your money back – no questions asked. View our return policy

Sapphire Treatments:

• Untreated: Natural sapphires that have not undergone any treatment.
• Heated: Sapphires that are heated to enhance their color and clarity. Heating is a common and accepted practice.
• Diffused: Sapphires treated with elements at high temperatures to improve color.
• Lab Grown: Sapphires created in a laboratory with similar properties to natural ones.

Ruby Treatments:

• Untreated: Natural rubies that have not undergone any treatment.
• Heated: Rubies that are heated to enhance their color and clarity.
• Glass Filled: Rubies treated with lead glass to fill fractures and improve appearance.
• Lab Grown: Rubies created in a laboratory with similar properties to natural ones.

Emerald Treatments:

• Untreated: Natural emeralds that have not undergone any treatment. Price Factor: Highest due to rarity and natural state.
• Oiled: Emeralds treated with oil to fill fractures and enhance their appearance.
• Lab Grown: Emeralds created in a laboratory with similar properties to natural ones.
• Hydrothermal Growth: Emeralds produced using a hydrothermal process that mimics natural formation conditions.