MINDFULLY BRILLIANT – EXCEPTIONAL HAND FINISHED JEWELLERY YOU’LL BE PROUD TO WEAR
A diamond is something that everyone recognises: a sparkly, clear gemstone, composed of carbon, created under pressure, and cut to reflect the light. It’s a widely held belief that diamonds are rare and precious, some will tell you they’re ‘a girl’s best friend’, or ‘forever’.
On a technical level, a diamond is composed of carbon, with the atoms occurring in a lattice held together with covalent bonds. This means that it’s scratch-resistant, and the hardest known naturally occurring mineral, measuring 10 on the Mohs scale of mineral hardness.
Despite the name ‘diamond’ being derived from the Greek adamas meaning unbreakable, diamonds aren’t actually that tough. Toughness refers to the ease with which a thing breaks, and diamonds can cleave along the planes within the structure, with comparatively little force. This is how diamonds are cut from the rough and crafted into jewellery quality gems.
Diamonds occur naturally in conical deposits of an ore called Kimberlite, and can also be found in places where those deposits have been eroded, and the diamonds washed loose in the sediment. When these diamonds are collected or mined, many of them are stockpiled, rather than being sold straight away, so that the price can be maintained at an artificially high level, for the benefit of those who own diamond mines.
Let’s explore the differences and similarities that are available. There are two broad types – natural diamonds and synthetic or lab-grown diamonds. There are also gemstones called simulant diamonds, which are like diamonds but not quite.
Properties | Ethica Diamond | Natural Mined Diamond |
Lab-grown Diamond (HPHT/CVD) | Cubic Zirconia |
DLC Coated Cubic Zirconia |
Moissanite |
---|---|---|---|---|---|---|
Cut | Ideal/Excellent | Good to Ideal (poor quality are also classified as “good”) |
Good to Ideal | Ideal | Ideal | Ideal |
Colour | D – E | D – Z | D – J | D – J | D – J | G-H |
Clarity | IF – VVS1 | IF – I2 | IF – I2 | IF – VVS1 | IF – VVS1 | VS2-VVS2 |
Lustre % | 19 | 17 | 17 | 0 | 2 | 20.4 |
Density SG | 3.4 | 3.5 | 3.5 | 6 | 5.9 | 3.3 |
Composition | A lab grown gemstone containing SP3 diamond bonds | 100% SP3 diamond bonds | 100% SP3 diamond bonds | Zirconium Oxide Porous, absorbs chemicals & becomes cloudy. Soft and scratches easily |
DLC – Diamond-Like-Carbon 70 – 80% SP3 C-C (bonds weakly to CZ) Coated over CZ, weak and thin layer will delaminate. Soft & liable to scratch despite DLC layer |
Silicon Carbide |
Toughness | 30% tougher than diamond due to VVS1/IF clarity (scratch resistance is not the same as toughness) | has cleaving angles which can weaken the lattice structure of the stone | has cleaving angles which can weaken the lattice structure of the stone | Very easy to break and crack | Very easy to break and crack | Resistant to breaking and scratching |
Value for Money | Excellent value for money, not tied to artificial pricing structure. | Grossly overpriced due to marketing and artificially price fixed. Very poor value for money |
Approx 30% less cost than mined diamond Moderately good value for money, but still tied to artificial mined diamond fixed pricing structure. |
Good value for money | Overpriced & poorly described Moderately good value for money if priced as a CZ |
Good value for money |
Ethics | Eco-friendly | Serious ecological destruction & human rights issues | Less environmentally damaging | Eco-friendly | Eco-friendly | Eco-friendly |
Created deep in the Earth from carbon under huge pressure and temperature, over many thousands of years, with a hardness of 10 on the Mohs scale. Diamonds are usually clear, but are sometimes coloured, which are known as fancy diamonds, and many have natural flaws in them, so they are graded by colour and clarity. D colour is the whitest, and Flawless is flawless!
Around 20% of mined diamonds are of sufficient high quality to be used in jewellery, with the rest going into industry.
Mined or extracted under conditions of immense environmental upheaval and destruction, often associated with human rights issues, such as slavery, enforced resettlement, and poor working conditions. Price and availability are artificially controlled, meaning many people are seeking a more ethical alternative to fit with their beliefs.
Synthetic diamonds created in a lab from carbon, under High Pressure and High Temperature (HPHT method) or using Chemical Vapour Deposition (CVD method). HPHT is the precursor to CVD, and CVD is the more highly valued method of growing diamonds.
Chemically, optically and structurally identical to a mined diamond, but with controls in place to ensure that every diamond created is jewellery-quality. HPHT production uses enormous amounts of energy, and both this and its successor, the CVD process, take weeks rather than millennia to create diamonds.
The environmental consequences are minute compared to mined diamonds, as are the human costs. The price of CVD and HPHT laboratory-grown diamond is around 30% less than the equivalent mined diamond, and closely tied to the diamond pricing structure.
Further reading; What is a Diamond & Diamond pricing
A diamond simulant that has been the most popular diamond alternative on the market for many years. Cubic zirconia is man-made and machine cut, meaning that it doesn’t have such crisp edges as a hand-cut gemstone. Also, being made from zirconium and oxygen, it is not as hard as a diamond (measuring only 8 on the Mohs scale), and prone to scratching. In addition, it is very porous, which means that it absorbs dirt, skin oils and other impurities very easily, leaving a cloudy appearance, relatively quickly. The cost is fair, for an alternative to diamonds.
A diamond simulant, moissanite is a brand name given to silicon carbide, which occurs naturally in meteors, but for jewellery-purposes is created in a lab. Moissanite is manufactured to appear more diamond-like by creating slight internal flaws, but has a faint greenish-yellow fluorescence in natural light. It also has a higher refractive index than diamond, meaning that it has more brilliance and sparkle, which can make it look cheap and artificial. The cost is fair, for an alternative to diamonds.
A credible and lasting alternative to diamonds has long been sought, with various diamond simulants appearing on the market, for people who want the sparkle, but are reluctant to pay the price tag.
The Ethica Diamond is a unique and very specific lab grown gemstone which is very close in structure, composition and hardness to diamond offering the same toughness and longevity. It is grown under strict conditions and is hand cut, polished and fully faceted to exact diamond proportions as natural diamonds are cut from the rough, which results in incredible depth and realism. This stone truly radiates the same sparkle and brilliance as the most expensive Earth mined diamonds and are made to last forever.
As with laboratory grown diamonds, this process creates gemstones entirely for the jewellery market, which are of the highest quality, colour and clarity and independently certified by the GRI.
Optically identical to both the finest mined diamonds and laboratory grown diamonds, the Ethica Diamond matches for brilliance, toughness and longevity.
The pricing is set according to manufacturing and retail costs, not according to the fixed diamond pricing structure, therefore it is significantly lower than the equivalent mined or HPHT/CVD laboratory grown diamonds, making it excellent value for money.
The Ethica Diamond is ethical and still up to 80% less than mined diamonds, where the cost benefits are exponential on the larger carat weights.
The Ethica Diamond is certified by the GRI and guaranteed to stay perfect, forever. This is ensured by our lifetime guarantee.
Eco-friendly, because the Ethica Diamond is not mined, it is completely sustainable and does not cause any humanitarian harm either.
Simulates a perfect diamond. Every Ethica Diamond is colourless, flawless and has an ideal cut, also known as Hearts and Arrows.