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Solitaire Engagement Rings

A solitaire diamond engagement ring is a classic choice that has stood the test of time. The simplicity of the design allows the beauty and brilliance of the diamond to be the main focus, making it a timeless choice.

Solitaire Diamond Ring ritani


Solitaire engagement Ring ritani


Gold Solitaire engagement Ring ritani


Gold Solitaire diamond Ring ritani


Solitaire Diamond Ring

Choose the diamond or gemstone

The first thing you need to do is choose the diamond or gemstone you want for your solitaire engagement ring. You can opt for a diamond or choose a colored gemstone like sapphire, ruby, or emerald. If you're going for a diamond, consider the 4 Cs- carat weight, color, clarity, and cut. These factors will determine the quality and value of the diamond. For colored gemstones, you'll want to consider factors like color, clarity, and durability.

Pick the metal for the band

The metal for the band is another important consideration when choosing a solitaire engagement ring. The most popular metals for engagement rings are platinum, white gold, and yellow gold. Platinum is the most durable and the most expensive, while gold is more affordable but can be prone to scratching.

Choose the setting

The setting of your solitaire engagement ring will affect how the diamond or gemstone is showcased. The most common setting for a solitaire engagement ring is a prong setting, where four or six prongs hold the diamond in place. Other options include a bezel setting, where the diamond is encased in a metal border, or a tension setting, where the diamond is held in place by the tension of the metal.

Decide on the band style

The band style is also an important consideration. You can choose a plain band or opt for a more elaborate design, such as a twisted or braided band. You can also choose a band with diamonds or other gemstones set into it.

Consider the ring size and shape

When choosing a solitaire engagement ring, it's important to consider the size and shape of the ring. You'll want to make sure the ring fits comfortably on your finger, and the shape should complement your hand. If you have short fingers, a round or oval diamond may be more flattering, while if you have long fingers, you may prefer a pear or marquise-shaped diamond.

Think about the long-term care of the ring

A solitaire engagement ring is an investment, and it's important to take care of it to ensure it lasts a lifetime. Make sure to have the ring cleaned and inspected regularly by a professional jeweler. You may also want to consider purchasing insurance for the ring to protect it from loss, theft, or damage.

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Buy Wisely

Be sure to consider the 4 Cs of diamond quality when choosing your diamond, and choose a reputable retailer that offers warranties and return policies to ensure your satisfaction with your purchase.

  • Are Lab-Grown Diamonds as Strong as Real Diamonds?
    Absolutely! Lab-created diamonds sit atop the list of hardest substances on earth, sharing the space with natural diamonds. In terms of strength, hardness, and durability, lab-grown diamonds are an equal match to natural diamonds.
  • What are the raw materials used in creating lab-grown diamonds?
    You already know that the HPHT process uses a diamond wrapped inside a ball of carbon to create diamonds. However, what you don’t know is that an alloy of iron, nickel, or cobalt is usually used in the process too. If it’s the CVD method, hydrocarbon gases are used as carbon sources, and nothing else.
  • How Do Lab-Grown Diamonds Differ From Cubic Zirconia and Moissanite?
    Contrary to popular misconception, cubic zirconia and moissanite are NOT lab-grown diamonds. Although many people confuse them as synthetic diamonds, they are not related to diamonds (natural or lab-grown) in any way. In fact, both cubic zirconia and moissanite have physical, chemical, and optical properties vastly different from diamonds. They are what’s known commercially as “imitation diamonds.” So, if anyone is advertising cubic zirconia or moissanite jewelry as lab-grown diamond rings, necklaces, earrings, and so on, then avoid them altogether.
  • Do Lab-Grown Diamonds Come In Different Colors?
    Yes, they do. Like natural diamonds, lab-grown diamonds often have subtle tints that may or may not be visible to the naked eye. A competent gemologist can differentiate between clear and colored lab-grown diamonds, although regular consumers may not be able to. Also, yes, their prices are closely related to their color. The crystal-clear lab-grown gems with no color tints command the highest price. In most cases, you’ll find a yellow or bluish tint, which indicates the presence of nitrogen and boron, respectively, in trace quantities. Also, CVD diamonds often have a brown tint to them. If you are looking for affordable colorless gems, then HPHT are the best lab grown diamonds for you. They are usually colorless but cost twice as much as CVD diamonds for the same reason.
  • Do lab diamonds sparkle less?
    Lab-created diamonds, also known as synthetic or cultured diamonds, have the same chemical composition and physical properties as natural diamonds. Therefore, their ability to sparkle and reflect light is essentially the same. The sparkle of a diamond is determined by its cut, clarity, and the way light interacts with its facets, regardless of whether it's lab-grown or mined from the earth. When it comes to sparkle, the most important factor is the diamond's cut. A well-cut diamond will reflect and refract light in a way that maximizes its brilliance and sparkle. Both natural and lab-grown diamonds can be cut to excellent standards, allowing them to exhibit exceptional sparkle. It's worth noting that the appearance of sparkle can also be influenced by other factors such as the quality of the cut, the presence of inclusions or flaws, and the overall design of the jewelry piece in which the diamond is set. These factors apply to both lab-created and natural diamonds.
  • Will a lab diamond fail a diamond tester?
    No, a lab-grown diamond should not fail a diamond tester. Diamond testers are designed to determine whether a gemstone is a diamond based on its electrical and thermal conductivity properties. Both natural and lab-created diamonds have similar thermal conductivity, as they are composed of carbon atoms arranged in a crystal lattice structure. Therefore, a diamond tester should accurately identify a lab-grown diamond as a diamond. However, it's important to note that diamond testers are not foolproof and can sometimes give false positive or false negative results. Other gemstones or diamond simulants with similar thermal conductivity properties, such as moissanite, can sometimes yield positive results on a diamond tester. Therefore, it's recommended to use additional testing methods, such as visual inspection or professional gemological analysis, to confirm the identity of a gemstone.
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