The Top Wedding & Engagement Ring Trends of 2024

The Top Wedding & Engagement Ring Trends of 2024

As bridal jewellery trends constantly change, it's essential for couples planning their wedding to try and keep up with the latest styles. Let's check out the top wedding bands for women and engagement ring trends of 2024, from timeless classics to modern designs that are capturing the hearts of many soon-to-be brides and setting new standards in the industry.

Embracing the Allure of Sapphire Engagement Rings

Sapphires, with their captivating hues and timeless appeal, are taking centre stage in 2024's engagement ring trends. More couples are increasingly drawn to the allure of sapphire engagement rings for their symbolic significance and stunning aesthetics. Whether it's a deep blue sapphire symbolising loyalty or a vibrant pink sapphire embodying romance, these gemstones offer a unique and meaningful choice for couples across Australia.

Sparkling Brilliance: Diamond Engagement Rings

While sapphires shine bright, diamonds remain an eternal favourite as an engagement ring choice. For many Sydney couples, diamond engagement rings continue to hold a prominent place in their hearts. From simple and classic solitaire to intricate halo designs, the versatility of diamond engagement rings ensures there's a perfect match for every style and preference, making them a timeless symbol of love and commitment.

Pop of Colour Wedding Bands

Sydney brides seeking a touch of unique flair are embracing a pop of colour in their wedding bands and engagement rings. This trend goes beyond the traditional diamond, incorporating vibrant gemstones like sapphires, emeralds, and rubies, offering a personalised touch, reflecting the bride's individual style and ensuring a ring that speaks volumes on their special day.

Modern Minimalism

On the other end of the spectrum, modern minimalism continues to be a popular choice for stunning engagement rings. Clean lines, sleek designs, and understated elegance define this trend, appealing to couples with a preference for simplicity and contemporary aesthetics. From sleek metal bands to unique designs, less is indeed more for many couples in 2024. Minimalism is gaining traction, with understated designs complementing a bride's individual style while symbolising the everlasting bond of marriage.

Stackable Wedding Bands for Women

Stackable wedding bands for women are a versatile and timeless choice. Stackable wedding bands are a fun way to create a personalised and fashionable stack that allows brides to mix metals, textures, and gemstones. This trend allows for creativity and flexibility, allowing couples to express their individual style while symbolising the unity of marriage.

Sustainable and Ethical Engagement Rings

With an increasing focus on sustainability and ethical sourcing, more couples are opting for eco-friendly engagement rings. Ethically sourced diamonds, locally sourced and cut sapphires, and recycled metals are becoming popular choices among environmentally conscious consumers in Sydney and across the globe. These rings not only sparkle with beauty but also reflect a commitment to responsible practices.

Unique and Custom Designs

Personalisation is key for couples leaning towards customised designs that reflect their unique love stories. Bespoke jewellers are seeing a surge in demand for one-of-a-kind engagement rings in Sydney and worldwide, as well as wedding bands for women. From intricate engravings to unconventional settings, couples are seeking rings that resonate with their personalities and relationships.

As couples navigate the exciting journey of planning their weddings, the choice of rings becomes a significant expression of their love story and personal style. This year’s trends present a plethora of choices to celebrate love's beauty and diversity, from the enchantment of sapphire engagement rings to the timeless allure of diamond rings in Sydney and the versatility of women's wedding bands.

For exquisite engagement rings in Sydney that embody the latest trends while showcasing timeless beauty, explore our collection at Lizunova. Our curated selection ensures that your ring is not just a piece of jewellery but a cherished symbol of your love and commitment.

A Guide to Choosing Diamond Engagement Rings

A Guide to Diamond Engagement Rings

So you've found the one – your soulmate, your partner in crime, the person who makes your heart skip a beat. Now, it's time to celebrate this incredible chapter with a symbol that reflects the depth of your love: a dazzling diamond engagement ring.

While Sydney boasts a treasure trove of options, the sheer variety might feel overwhelming at times. But fear not! This guide will equip you with the knowledge and confidence to help youdiscover a ring that embodies the unique beauty of your love story.

The Timeless Symbolism of Diamonds

Diamonds have long been cherished as a symbol of everlasting love and commitment, their brilliance mirroring the eternal flame of your bond. More than just a dazzling gemstone, a diamond holds a captivating history and symbolism that makes it the perfect expression of your devotion.

A Spark from the Earth's Heart

Formed under extreme pressure and heat deep within the Earth billions of years ago, diamonds represent immense strength and resilience. This natural wonder embodies the enduring nature of your love, a testament that can withstand the test of time.

Choosing a Diamond: A Journey of Discovery

Choosing a diamond isn't just about size or cost. It's an exciting journey to find a diamond that symbolises your love story. The "Four Cs" – Cut, Colour, Clarity, and Carat – can help you make an informed choice. Cut affects a diamond's sparkle and brilliance by controlling how light reflects. Colour refers to natural hues, with colourless stones being more valuable, while slight variations add personality. Clarity measures imperfections, with fewer inclusions indicating higher quality. Carat denotes weight and size, and a well cut diamond will reflect the light better.

Beyond the Diamond: Exploring Different Styles

Diamond engagement rings in Sydney come in a stunning array of styles, each ready to capture your partner's heart:

If you’re seeking an alternative to diamonds, sapphire engagement rings offer a vibrant pop of colour. Sapphires come in a spectrum of hues, from classic blue to dazzling pink, allowing you to personalise the ring to reflect your partner's unique style.

Choosing the Perfect Ring: Expert Tips

A Touch of Personalisation: Custom Rings Made with Love

Let your love story sparkle with a one-of-a-kind engagement ring. Lizunova offers the exquisite service of crafting custom diamond engagement rings in Sydney. Our skilled jewellers work with you to create a unique masterpiece reflecting your love. We source ethically mined diamonds and gemstones, ensuring responsible practices and a symbol of your devotion.

Ready to find your perfect diamond engagement ring in Sydney and begin your extraordinary journey together? Visit our website or our studio in Sydney to explore our exquisite collection. We can't wait to be part of your love story!

The 4Cs of white diamonds

Diamonds have an enduring, universal appeal and have been used in jewellery, including engagement rings, for centuries. Diamonds are a desirable gemstone and often a status symbol signifying their owners' success. Diamond engagement rings have been popularised by the 1947 advertising campaign by De Beers, 'Diamonds Are Forever". Buying diamonds can be a significant investment and there are many factors to consider - the main criteria are the so called 4Cs used to grade diamonds: colour, clarity, cut and carat weight, which have a significant influence on a diamond's price. Here we explore the big four: The 4Cs of white diamonds.

The 4Cs of white diamonds

Colour

When talking about colour range in white diamonds what we are actually looking for is the absence of colour. A truly colourless diamond is extremely rare and highly prized. Most diamonds possess varying degrees of colour creating differences in value. The highest grade for a diamond with absolutely no colour is D and letter grades are assigned alphabetically all the way down to Z. An ‘icy white’ diamond is typically D, E or F. However, some people like the ‘warmth’ of an I, J or K colour.

An important factor to consider when choosing the colour grade of a diamond is the metal colour it will be set in. Yellow or rose gold are very good at disguising lower colour grades and making those diamonds appear whiter than they would look if set into platinum or white gold. We recommend higher colour grade diamonds when working with platinum and white gold, as lower colour diamonds look visibly yellow compared to the bright silvery colour of these metals.

Within a given budget, you should seek the best balance of clarity, cut and carat to find the perfect diamond for you.

Clarity

Diamond clarity is symbolic of ‘purity’ - the more flaws, the less valuable the diamond. Flawless, VVS (Very Very Slightly included), VS (Very Slightly included) and SI1 (Slightly Included 1) have the least inclusions or flaws. SI2 (Slightly Included 2) is borderline where inclusions may become visible to the naked eye. I (Included) rated diamonds have obvious inclusions or flaws visible to the naked eye.

Within any given budget there's a balance between purchasing a stone with the right combination of colour and clarity. Judging a diamond's clarity just by the certificate values can be misleading, as diamonds with lower colour grading can still appear to have no inclusions when viewed by the naked eye (ie eye clean), due to the inclusions being colourless, and an experienced eye is required to select the right diamond.

Cut

Of all the 4Cs, cut has the greatest effect on a diamond’s beauty. Two diamonds of the same size, colour and clarity will look visibly different depending on their cut – one may look brilliant and bright, the other dull and drab. The better quality the cut, the more brilliance and beauty the diamond will have.

Diamond cut grading runs from Excellent to Poor, with Excellent cut diamonds possessing correct proportions and an even pattern of bright and dark areas.

A diamond that is cut is too shallow, with an overly large spread for its carat weight will “leak” light through the sides or bottom of the stone, while a well-cut and proportioned diamond will reflect out the light through the crown, resulting in superior brightness, fire and scintillation.

Brightness is the measure of light reflected from a diamond. Fire refers to the scattering of white light into all the colours of the rainbow.  Scintillation is the amount of sparkle that a diamond has, and reflections inside the diamond resulting in a particular pattern of dark and light areas.

Diamonds that are step cut, such as asscher and emerald cut, show inclusions much more than brilliant cuts, such as round, pear and oval, so a lot of care must be taken when selecting step cut diamonds.

Carat

Diamond carat is the standard used to measure diamond weight. A carat equals 1/5 of a gram. As diamonds increase in size, their cost tends to increase exponentially. Weight does not always enhance the value of a diamond - particularly if it is cut badly. Indeed a good cut can enhance the perceived size of a diamond.

Some diamond cuts appear larger than their carat weight might suggest, eg oval and marquise cut diamonds have larger spread for their carat weight than round brilliants and cushion cut diamonds.

Diamond fluorescence

Beyond the 4Cs, another factor that has a significant bearing on a diamond's price is fluorescence.

Diamond fluorescence is the tendency for the stone to glow when it is subjected to ultraviolet rays from sources like the Sun and fluorescent lamps. It looks like a bluish, a yellow or orangey hue. Once the ultraviolet light source is removed, the diamond stops fluorescing.

The element that creates this effect is boron and only about 30% of diamonds exhibit some degree of fluorescence. It grades from None, Faint, Medium to Strong and Very Strong.

Generally, the presence of fluorescence is undesirable, however if we compare two diamonds that have the same lower colour grade, the diamond that has blue fluorescence will have a whiter face-up appearance, as the blue hue helps mask a yellowish tint. Yellow fluorescent hue will enhance a yellowish colour of a lower colour grade diamond.

Provided the right characteristics are present, diamonds with fluorescence can present great value for money.

Choosing the right diamond for you

When it comes to choosing a diamond for your engagement ring or a piece of bespoke jewellery, the multitude of factors and nuances can make the process rather overwhelming, as there is a significant emotional and financial cost involved. We are here to make it easy and take away the stress! We will be happy to help you select the right diamond from our extensive local and international networks of ethical suppliers, and deliver not only a stunning ring you will be delighted with, but also the best value for money.  Feel free to email us to enquire, or book a complimentary bespoke diamond engagement ring appointment with us.

Image and ring: lizunova.com

Sapphire engagement ring guide

Timeless Elegance: A Guide to Sapphire Engagement Rings

Welcome to our guide on sapphire engagement rings where we look at the provenance, characteristics, colours and value of the sapphire gem, as well as its use in jewellery. Engagement rings are a meaningful, heartfelt expression of a couple's commitment to build a life together and for most people, they are the most significant piece of jewellery purchased in their lifetime. Natural diamonds have been the traditional centre stone of choice for engagement rings (popularised by the 1947 De Beers campaign, A Diamond is Forever), however sapphires, for centuries used in important jewellery such as royal crowns, have been gaining popularity as the engagement ring centre stone due to their beauty, uniqueness, durability and value for money compared to diamonds.

What is a sapphire?

A sapphire is a precious gemstone made of aluminium oxide (α-Al2O3) that belongs to the corundum family, of which ruby is also a member. It's second only to diamond in terms of hardness, measuring 9 on the Mohs hardness scale. Sapphire is not only beautiful and unique, but also very durable, making it perfect for everyday jewellery, such as a sapphire engagement ring.

Sapphire colours 

Sapphires are primarily known for their rich blue hue (think royal blue and cornflower blue sapphires), but they actually come in a rainbow of stunning colours, such as green, teal, yellow, pink, orange, lilac, purple, grey, white (colourless), black and every shade in between. If that were not enough, sapphires also occur in bi colour or parti colour as well – typically blue, yellow and green combining in one gem to a most magical and completely unique effect.

But what gives sapphires such varied colour? Trace elements present during their formation, such as iron, titanium, chromium, vanadium, nickel and magnesium are the answer. For instance, traces of iron and titanium result in striking blue shades, and the more iron a sapphire contains, the darker the blue. Traces of iron give a sapphire its green colour, while chromium creates pink hues, and the more chromium a stone contains, the deeper the pink. Corundum with a sufficient amount of chromium to make it red is called ruby, which is essentially a red sapphire! As each gem has its very own composition, these variations are what makes each sapphire truly unique and personal.

Sapphire characteristics

Sapphires are exceptionally sparkly, due to their high refractive index and lustre which allows them to reflect light brilliantly.

Sapphires sometimes exhibit asterism - a phenomenon where they display a star pattern when cut into cabochon shapes, adding an extra element of intrigue to these already mesmerizing gemstones.

No two sapphires are exactly alike - each possesses its own unique combination of colour saturation, clarity, size and cut. This individuality gives each sapphire engagement ring its own distinct character and charm.

Sapphires have been cherished throughout history for their symbolism and beauty. They've adorned the crowns of royalty and signify wisdom, loyalty, and nobility. In fact, Prince William proposed to Kate Middleton with his late mother's iconic blue sapphire engagement ring!

Whether you choose a classic cornflower blue or opt for more unconventional shades like green or teal sapphires, these gemstones add uniqueness and sophistication to any engagement ring design.

So if you're looking for something extraordinary that will stand the test of time both aesthetically and symbolically, a sapphire engagement ring might just be the perfect choice!

Sapphire provenance

Sapphires are found in various locations around the world, and each region produces gems with unique characteristics and colours.

One of the most historically famous sources of sapphires is Kashmir, located in the Himalayan Mountains. The sapphires from this region are highly sought after for their intense blue colour and velvety appearance. However, due to limited supply, Kashmir sapphires are extremely rare and valuable and are more of a collector's item.

Another well known, and more plentiful, source of sapphires is Sri Lanka (formerly known as Ceylon). This is where many gorgeous blue sapphires in the sought after royal blue and vivid cornflower blue hues come from, that are prized for their superb colour, lustre and brilliance.

Australia is also a significant producer of high quality sapphires, particularly Queensland and New South Wales. Australian sapphires can range in colour from deep blue to teal, green and yellow, as well as the more rare and sought after lighter seafoam green and teal hues. Many Australian sapphires combine two or three colours, eg blue green (also known as peacock sapphire, as it resembles the colours of a peacock feather), blue green yellow, or blue yellow. These colours can be blended or more strongly delineated, with distinct colour zoning visible in the stone. The colours you can see in these beautiful sapphires typically change when the gems are viewed from different angles and in different lighting conditions, making them truly fascinating and completely unique!

Other notable sources of sapphire include Thailand, Madagascar, Myanmar (Burma), Cambodia, and Montana (USA).

Each location has its own geological conditions that contribute to the formation of these stunning gems. From ancient mountain ranges to volcanic activity millions of years ago, it's fascinating how nature creates such exquisite treasures.

So next time you admire a gorgeous blue, green or vibrant pink sapphire engagement ring – remember that the centre stone likely came from one of these breathtaking regions around the globe!

Are sapphires valuable?

This is a question that often comes to mind when considering purchasing a sapphire engagement ring. The answer is, yes, sapphire is indeed a very valuable gemstone, and part of the precious four family, which also includes diamond, ruby and emerald.

Sapphires have been prized for centuries for their beauty and durability. They rank just below diamonds on the Mohs scale of hardness, making them an excellent choice for everyday wear. Their value is determined by various factors such as colour, clarity, cut, and carat weight, as well as provenance.

Blue sapphires are among the most sought after colours, and the most valuable hue of blue sapphires is the rich blue, known as the royal blue (eg the famous Princess Diana’s engagement ring). Blue sapphires with intense saturation and vividness, a shade or two lighter than the royal blue, are known as the cornflower blue. These vivid coloured blue sapphires are also highly valued and rather rare. Another very rare and valuable sapphire colour is the delicate blend of pink and orange, known as Padparadscha sapphire, owing their colour to traces of chromium and iron. The word Padparadscha is derived from the Sanskrit word describing colour of a lotus flower. These sapphires can be more vivid or pastel in colour, and the balance of pink and orange can vary, with some stones more pink and others more orange.

Sapphires of other colours, such as pink, yellow, green, teal, lilac and orange are also valuable, with factors such as rarity and intensity of colour, clarity, carat weight, cut and origin all contributing significantly to their value.

Is sapphire a suitable centre stone for an engagement ring?

In addition to its beauty, brilliance and uniqueness, sapphire is a durable gemstone that makes a great centre stone choice for an engagement ring. Ranking at 9 on the Mohs scale, second only to diamonds, sapphires can withstand everyday wear and tear without losing their brilliance or colour.

While blue sapphires are the most well known variety, with so many exquisite colours to choose from, such as green, teal, pink, yellow, parti / bi colour and the rare Padparadscha, you can definitely find a stone that reflects your personal style or holds special meaning to you as a couple.

In the traditional lore, sapphires symbolise truth, sincerity, faithfulness and loyalty - qualities essential in any long lasting relationship. They have been used in important jewellery since ancient times, and became popular as an engagement ring centre stone in 14th and 15th centuries.

What is the best colour sapphire for an engagement ring?

This is a truly personal choice and varies greatly from one couple to another! Blue sapphires have been an enduring and classic choice as an engagement ring centre stone. Another popular option is green sapphires, which range from soft pastel shades to deep forest greens. These unique and rare gems bring a touch of nature inspired beauty to any ring setting and look wonderful in any metal colour, be it platinum / white gold, yellow gold or rose gold.

For those looking for a stone that resembles the colours of the ocean, teal sapphires offer a wonderful choice, with their gorgeous combination of blue and green tones. These captivating sapphires are often chosen by couples who love to spend their time by the ocean, and are looking to step away from the conventional in their engagement ring design.

Pink sapphires add a romantic and feminine touch and can vary in colour intensity from deep magenta to pastel pink. The rare Padparadscha sapphires showcase an exquisite orangey pink colour reminiscent of sunset skies or a lotus flower, after which they are named. Pink sapphires look gorgeous combined with warm hues of rose gold or yellow gold, but can also be set in white gold or platinum if cool tones are desired.

Sun kissed yellow sapphires offer warmth and vibrancy, making them perfect for those who want their engagement ring to stand out from the crowd. With its wide range of hues from more subtle, pastel yellows to saturated, golden hues, yellow sapphires are a beautiful and timeless choice sure to make a statement. They look particularly lovely in yellow gold ring settings, which enhances their colour.

Parti sapphires, many of which are native to Australia, are another unique, fabulous choice for a unique engagement ring – even if the ring design is as simple as a solitaire, the uniqueness of the sapphire itself will ensure you will never see a ring like yours on someone else! Parti sapphires look great in any gold colour.

Sapphire engagement ring settings

Sapphire ring designs vary hugely, and can be as simple and timeless as a classic solitaire setting or as intricate and complex as a cluster design.

The timeless solitaire ring design features a single sapphire held in place by prongs or a bezel. The simplicity of this setting allows the sapphire to be the focal point, without distractions of a complex design or additional diamonds or gems. This ring design can also include a hidden halo of diamonds, visible only from the side of the ring.

Another simple and beautiful design is a solitaire with diamonds in the band, adding extra sparkle to the ring, while keeping all attention on the centre sapphire.

Cluster settings are a great way to truly personalise your ring design, and can feature any number and shape diamonds next to the centre sapphire, and can be symmetrical or asymmetric.

For those who prefer a more intricate look, halo settings are an excellent choice. These settings surround the centre stone with smaller diamonds or gemstones, creating a dazzling frame that accentuates the sapphire's colour and adds extra sparkle. Again, the possibilities for personalisation of this design are endless – halo diamonds can be smaller or larger, all the same size or graduated, round or include other shapes, such as marquise, pear cut or baguette, to name a few.

Another option is a three stone, or trilogy setting which typically includes two smaller side stones, e.g. diamonds, flanking a larger centre sapphire. This ring design symbolises past, present, and future making it significant for engagements or milestone anniversaries. There are many shoulder diamond shapes available, such as kites, epaulettes, pear shape, oval, round, baguette, heart, cadillac and trillion to name a few, resulting in endless combinations to choose from, each with its own, distinct look.

Toi et moi (you-and-me) settings featuring two centre stones, are a popular, contemporary ring design and can include two sapphires of different shapes and colours, a sapphire and a diamond, or a sapphire and another gem, such as an emerald or ruby.

And then there are completely unique, one off asymmetric ring designs, created around the stones you pick and the unique story you want your ring to tell!

With so many styles to choose from, it's easy to find one that complements your personal taste and lifestyle while highlighting the beauty of your precious sapphire.

Caring for your sapphire engagement ring

A clean ring is a beautiful ring! Everyday wear will inevitably result in dirt accumulating around and under the settings of your ring and regular cleaning will help maintain your ring's sparkle. While sapphires and diamonds are durable, they are not indestructible, and protecting your ring from impact and harsh chemicals is essential to ensure your ring looks great for decades to come.

Here are our tips to help you maintain the beauty and brilliance of your precious gemstone - for more detail head to our Jewellery Care Guide:

Regular Cleaning

Gently clean your sapphire ring with warm water and good quality dishwashing soap using a soft toothbrush. Rinse thoroughly and pat dry with a soft, lint-free cloth. Most of the dirt will accumulate under the sapphire settings and over the diamonds, if your ring has them, as diamonds repel water and attract oil, so gently brushing under the settings will remove dirt and allow your sapphire to sparkle again.

Avoid Harsh Chemicals

Keep your sapphire away from harsh chemicals such as bleach, chlorine, and other household cleaners. These can damage the stone's surface and may affect its colour.

Proper Storage

When not wearing your sapphire engagement ring, store it in a jewellery box or pouch separate from other pieces to prevent scratching or potential damage.

Avoid Impact

While sapphires are durable, they can still chip or crack if subjected to rough handling or impact. Be cautious when engaging in activities that may expose your ring to potential harm. We recommend removing your ring prior to gym visits, gardening, rock climbing or any other activity which can damage your ring.

Professional Inspection

Just like a car that requires regular inspections to function well, precious jewellery that's worn every day also needs regular maintenance. We recommend regular settings check and cleaning of your ring every 6-12 months, and all Lizunova rings come with complimentary settings check and ultrasonic cleaning service.

By following these simple care guidelines, you can ensure that your cherished sapphire engagement ring remains as captivating as the day you first received it!

To cherish a lifetime

The variety of colours afforded by sapphires and the multitude of engagement ring design options allow you to express your and your partner’s personal style when choosing a ready to wear sapphire engagement ring or commissioning a bespoke ring. No matter what colour or design you choose, a sapphire engagement ring will undoubtedly make a lasting impression on both you and your loved one and be cherished a lifetime.

If you're seeking a unique alternative to a traditional diamond engagement ring while still maintaining elegance and durability, feel free book a complimentary engagement ring design appointment and we can explore the range of possibilities together.

9k vs 18k gold - what is the difference?

Often customers ask the question, what is the difference between 9k and 18k gold? What are the benefits of 18k gold compared to 9k? There's generally a misconception that 9k is more durable, but this is not always the case. Here we will quickly run through the pros and cons of each alloy.

What Are Karats?

Karats, or carats, refer to the pure gold content in gold alloys, and is a measurement of the ratio of gold to other metals in the alloy. Other metals in alloys can include copper, silver and palladium, with small amounts of zinc and iridium.

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Gold is a rather soft metal, which is why it's alloyed with other metals to make it harder. However, in normal life applications, 18k gold is perfectly durable due to other metals present in the alloy.

9k vs 18k gold

Lower karat gold, such as 9k, is not tarnish-resistant but can be easily testosterone cypionate for bodybuilding polished with a jewellery polishing cloth and look like new again.

Obviously, the higher the pure gold content, the higher the cost - the price difference between 9k and 18k pieces is usually around 60%. Generally, we recommend using 18k gold for important pieces such as engagement or wedding rings, or special jewellery set with precious gems.

9k gold is composed of 37.5% pure gold hence the gold mark 375 then alloyed with other metals to produce the desired colour. As there is a smaller gold component and a greater component of other alloys, the metal is less durable than 18ct gold. It will tarnish and corrode more easily, especially when exposed to the wearer's skin acids over time. However, because of the lowergold content, 9k gold is a lot more affordable. It's perfect for more casual jewellery pieces and dress rings with large semi-precious gem stones or earrings that have less contact with the wearer's skin.

18k gold is composed of 75% pure gold and is stamped 750. Because pure gold has more tenacity and flexibility than the other metals it is mixed with, and as it's the dominant component, this alloy is more durable and is unlikely to corrode and tarnish with normal wear. 18k gold is perfect for wedding and engagement rings and jewellery pieces that are to be worn every day. It's our preferred metal for precious gems such as diamonds, spinels, tourmalines, opals and sapphires. It's the more expensive choice, however highly worthwhile for fine jewellery pieces.

In Australia, we typically make jewellery in 9k, 14k or 18k gold. 22k and 24k yellow gold is also used in jewellery, with 24k being 100% pure gold.

Precious emeralds in bespoke jewellery

Precious emeralds have been used in bespoke jewellery for centuries. Emerald is part of “top 3” coloured gemstone suite, along with ruby and sapphire. These highly coveted gems are prized for their beauty, exceptional colour and fascinating historical provenance.

Emerald, Be3Al2(SiO3)6, is the most precious green coloured gemstone and a member of the beryl gem family, whose members also include aquamarine, morganite, heliodor and goshenite. Trace amounts of chromium and vanadium give emerald its beautiful green colour. Emeralds have been a firm favourite for exquisite bespoke jewellery pieces worn by royalty and stars throughout history.

Emeralds have for centuries been strongly associated with power, beauty and fame, and were the preferred gemstone of many of history’s most beautiful and powerful women. Cleopatra was famous for her love of the verdant gems. The Egyptians were perhaps the first civilisation to mine emeralds in Upper Egypt near the Red Sea, as far back as 3500 BC. With the discovery of the Colombian deposits by the Conquistadors during the 1500s (the indigenous Indians had been mining the Muzo emeralds as early as 500 AD) the superb quality gems became the rage with European courts. The infamous “Isabella Emerald” – a 964 carat emerald crystal – was in the end presented to the future wife of Hernan Cortez in exchange for a large dowry which funded his future voyages. Queen Isabella of Spain was furious that it wasn’t presented to her and always coveted the mystical gem.

Screen goddess Elizabeth Taylor had a tremendous passion for exotic gems and Richard Burton presented her with the iconic Bvlgari emerald and diamond necklace as a wedding gift in 1964 (as well as other treasures during the 1960s and 70s). Contemporary actress Julianne Moore had the honour to be the first person to wear the necklace after Ms Taylor in 2013. Superstar Angelina Jolie made headlines wearing large emerald earrings to the Oscars in 2009.

EMERALD COLOUR

Emeralds of medium to dark tone with strong saturation and bright, vivid green colour are the most valuable. Green is the primary hue in emeralds, with yellow and blue the usual secondary hues.

DURABILITY

Emerald is reasonably hard and measures 7.5 on the Mohs hardness scale. As most material is highly included, emerald is a brittle stone and care must be taken when wearing emerald jewellery, especially in ring settings. Emeralds can’t withstand the vibrations of ultrasonic jewellery cleaners so should be gently cleaned in warm water with a dash of mild liquid detergent, with a soft brush to eliminate scratching the setting.

VALUE

Emeralds are 20 times rarer than diamonds and their per carat price can be four times as great. Emeralds with no visible inclusions are valued more than the more included material. Internal inclusions in emeralds are called “jardin,” French for "garden" due to their mossy appearance.

Emerald has lower density than other gemstones and an emerald weighing 1 carat is larger in physical size than a 1 carat diamond.

SOURCES

The first known emerald mines were in Egypt, believed to be worked as early as 3500 BC. Traditionally Colombian emeralds are the most prized on the contemporary market, and Colombia is by far the largest producer, with three main mining areas being Muzo, Coscuez, and Chivor. Due to a natural phenomenon, the gems are produced hydrothermally due to huge surges in heat and pressure when two different rock types come together. They are coloured by chromium and vanadium and have the most gorgeous rich silky green colour.

In the 1920s a significant emerald deposit was discovered in Zambia, however mining didn’t become established until the 1970s. Many of the major jewellery houses now use the Zambian material. Generally the African material has more of a blue undertone (due to lower vanadium content) and the stones are generally less included than their South American cousins. Zambia is now the world's second largest producer of emeralds.

Even Australia is blessed with our own emerald deposit in Torrington, NSW. These very rare gems are unique, often with green and clear banding and truly are collector’s items. The deposit has long been exhausted which makes these stones even more covetable.

Emeralds are also found in Afghanistan, Austria, Brazil, Cambodia, Canada, China, Ethiopia, India, Italy, Kazakhstan, France, Bulgaria, South Africa, United States, Tanzania and Russia, among others.

TREATMENTS

The majority of emeralds on the market today is treated by a process called oiling to improve clarity and stability. This is a widely adopted and accepted practice. Oils with a similar refractive index to the emerald are used, and are applied post cutting in a vacuum chamber under mild heat.

SYNTHETICS

Synthetic emeralds have been produced since the 1960s, using both the hydrothermal and flux-growth techniques. The chemical and gemological composition of synthetic emeralds is identical to natural emeralds, and they are widely used in jewellery. While synthetic emeralds are difficult and expensive to produce, they are nowhere near as valuable as natural, mined emeralds.

EMERALD SPECIFICATIONS

Hardness: 7.5-8 Mohs

Specific Gravity: Average 2.76

Refractive Index: Nω = 1.564–1.595, Nε = 1.568–1.602

Crystal Form: Hexagonal (6/m 2/m 2/m)

Treatments: Oil

Durability: Brittle, should be worn with care

 

Image: Bespoke Emerald, Sapphire And Diamond Ring By Lizunova Fine Jewels

Sapphire

Sapphire is a precious gemstone and part of the most important gem family - corundum, which also includes ruby. Both sapphire and ruby have been used in important jewellery, such as imperial crowns, for centuries, and have consistently risen in value and popularity, due to their rarity, beauty, durability and versatility. They have the same chemical composition and structure, with presence of certain metals determining their colour. Corundum is also known for its high density, unusual for a transparent mineral.

Sapphire has become the centre stone of choice for contemporary engagement rings due to its durability, beauty and incredible variety of colour. It works exceptionally well in a multitude of ring designs, from the simple and timeless solitaire, to trilogy, or three stone ring design, to the more intricate diamond halo designs, or unique, asymmetric ring designs.

Here we look at the colours, value, durability and other characteristics of this gorgeous gem.

Sapphire Colours

Sapphire is the most precious blue gemstone, and blue is this gem's most well known colour. But they naturally occur in a rainbow of colours beside various shades of blue: teal, black, white, grey, orange, pink, green, purple, yellow and the rare and extremely valuable Padparadscha (pinkish orange).

Bi-colour or parti sapphires (stones with two colours in the same crystal, eg yellow and blue) occur in Australia as well as Africa (Madagascar, Tanzania and Nigeria).

All sapphires are made of the same elements, aluminium oxide (α-Al2O3) but the trace elements present in the growing process, such as such as iron, titanium, chromium, vanadium, nickel and magnesium, give each stone its unique colours.

Sapphire Durability

Corundum family is the hardest, most durable natural gemstone after diamond and measures 9 on the Mohs hardness scale, making it a popular choice for jewellery worn every day, such as engagement rings. Despite their durability, they should be protected like any other precious stone, and sapphire jewellery should be removed before engaging in heavy work, such as gardening or construction, or work that would expose them to harsh chemicals.

Value

Sapphires have for centuries been associated with wealth and royalty. They are valuable gems, especially larger stones, but those of high colour saturation and particular shades of blue - royal blue and cornflower blue), as well as pinkish orange (Padparadscha) are particularly prized. Blue sapphires are valued for the purity of the blue hue, without secondary hues of purple or green. Blue sapphires of vivid saturation and pure blue hue command the highest prices. Vivid pink sapphires, their colour and saturation determined by the quantity of chromium, are also highly prized. Red corundum is called ruby, less saturated stones are classified as pink sapphires.

Sources of Sapphire

Sri Lanka produces many beautiful sapphires of gem quality. Blue sapphires from Kashmir and Sri Lanka are among the most valuable. Other sources of sapphire include Africa (Tanzania, Nigeria, Madagascar, Kenya, Malawi), Brazil, Myanmar (Burma), Thailand, Vietnam and United States (Montana). Many of the unique parti and green sapphires hail from Australia (Queensland and New South Wales).

Treatments

Heating is a common treatment that lightens or intensifies colour, improves uniformity and enhances clarity. A sapphire is gently heated in a kiln to remove or dissolve any silky rutile inclusions back into the matrix of the stone. Heating does not damage the gem and is a lasting treatment that does not wear off with time.

Synthetics

Corundum has been synthesised since the beginning of the 20th century. Synthetic sapphire is mostly used in many industrial applications, such as scratch resistant glass, semiconducting circuits and lasers. Synthetic corundum can be recognised under magnification by the curved growth lines following the top surface of the rough crystal. Natural corundum crystals have angular growth lines expanding from a single point and following the planar crystal faces.

Specifications

Hardness: 9 Mohs

Specific Gravity: 3.95-4.03

Refractive Index: 1.760-1.774

Crystal Form: Trigonal. Crystals occur as barrel-shaped, double-pointed hexagonal pyramids and tabloid shapes. Corundum is found in igneous and metamorphic rocks and also in alluvial deposits.

Treatments: Heating

Special Care: None

Durability: Very good

Sapphire in jewellery

Sapphires have been highly prized and used in important jewellery for centuries - from royal crowns to famous engagement rings, such as Princess Diana's sapphire and diamond halo ring, now belonging to Kate Middleton. Due to its exceptional versatility and durability, sapphire is beloved by modern couples as the engagement ring centre stone of choice, and it allows unparalleled self expression in ring design. We love working with this beautiful gem and have a collection of handpicked loose sapphires from Australia, Sri Lanka and Africa to create the perfect engagement ring to cherish forever. We work with customers all over the world and ship internationally. In person and online appointments are available - book your complimentary bespoke engagement ring design appointment or email us with any questions. We look forward to working with you on creating your dream ring!

 

Image: Parti Sapphire Engagement Ring By Lizunova Fine Jewels

Salt and pepper diamonds

Salt and pepper diamonds have become a popular choice in engagement rings due to their uniqueness and are natural diamonds that are heavily included. Each one has distinctive markings, some resembling a pattern of stars in the night sky – these are called galaxy diamonds. These black markings are carbon spots, pieces of the diamond that never crystallised properly. Salt and pepper diamond engagement rings vary greatly in design as well as the shape of the centre stone, and can be anything from classic to asymmetric and non-traditional.

CUT

They are available in a number of shapes from the more traditional round, oval, cushion, pear and emerald cut, to the unusual, such as kite, hexagon, lozenge and freeform. Rose cut stones (ones that have a flat back and a faceted top) don’t provide as much light return or sparkle as the brilliant cut ones (with a traditional crown and a full pavilion), which scintillate similarly to their colourless counterparts and are more highly valued.

COLOUR

Presented in a variety of colours from white, grey, black to yellow, brown, champagne, blush and pink.

DURABILITY

Diamond is the hardest-known mineral, and salt and pepper diamonds are no exception. However, salt and pepper diamonds need to be carefully selected, as much of the material can be poorly cut and contain cracks and chips.

VALUE

Salt and pepper diamonds are technically lower in quality, as dictated by the four Cs (cut, colour, clarity, carat) of diamond evaluation. But if you find their uniqueness attractive, the good news is they are much more affordable than colourless diamonds.

SOURCES OF DIAMONDS

Angola, Australia, Botswana, Namibia, Russia, South Africa, Zaire.

Major cutting centres of diamonds are in Antwerp, Bombay, New York, Tel Aviv.

DIAMOND SPECIFICATION

Hardness: 10 Mohs

Specific Gravity: 3.417-3.55 (diamond)

Refractive Index: 2.417 -2.419

Crystal Form: Cubic. Diamond crystals occur well-shaped as octahedra, cubes, rhombic dodecahedral and macles. Diamond is found in igneous rock formations and alluvial deposits.

Treatments: None

Special Care: None

Durability: Very good

Lab grown diamond engagement rings

Lab grown diamonds have been used for industrial purposes since the 1950s and gradually made their way to the jewellery market. Nowadays, natural and lab grown diamonds coexist, accepted by both consumers and the trade. Lab grown diamond engagement rings have been gaining popularity due to their much lower cost and excellent colour, clarity and cut.

With identical looks, hardness and durability to the natural diamond, lab grown diamonds represent better value for money (costing on average 30-40% less than a natural diamond), with couples being able to afford a bigger, better quality stone to set into their engagement ring.
 
Lab grown diamond (also referred to as synthetic diamonds, man-made diamonds, laboratory-created diamond, or cultured diamonds) is a gemstone made of the same material as its natural counterpart: pure carbon, crystallised in an isotropic 3D form. Lab grown diamonds are not imitation diamonds, which are made of non-diamond material.

Man has attempted to synthesize diamonds since the late 19th century, however, the first reproducible synthesis of a diamond took place in 1950s in the Soviet Union, United States and Sweden, via the CVD (chemical vapour deposition) and HPHT (high-pressure high-temperature) methods. These two processes still dominate the production of lab grown diamonds today.

The only chemical difference between lab diamonds and natural diamonds is that
most natural diamonds contain tiny amounts of nitrogen, and lab diamonds do not. Of course there is more to a diamond than just its chemical structure. According to professionals with over 50 years of experience in diamond sales, there is energy that sort of speaks to you and can be felt the moment you hold a natural diamond in your hand. However, both lab grown and mined diamonds look identical, and only sophisticated technology can help tell the difference between a natural diamond and its synthetic counterpart.

CVF DIAMONDS

Chemical Vapor Deposition (CVF) method where the diamond is grown from a
Type IIa natural diamond seed. These diamonds have the same chemical
composition and molecular structure as mined diamonds.

Type IIa is the rarest and purest type of natural diamond crystal that sparkles more
and shines brighter, with the least amount of impurities, especially nitrogen.

Less than 2% of all diamonds ever found in nature are Type IIa. Today, the CVF
method allows to buy a bigger, cleaner and Type IIa diamond for the same spend. Like mined diamonds, laboratory grown CVD Type IIa diamonds, have very few higher grade colours, D, E and F colours are very rare - like in nature, there is very little control over the colour.

HTHP DIAMONDS

High Temperature High Pressure (HTHP) method where the diamond is grown from a metal catalyst. HPHT diamonds are made using one of three manufacturing processes: a belt press, a cubic press, or a split-sphere (BARS) press. With HTHP lab grown diamonds, the colour is controlled, thus higher colours are readily available. Larger HTHP lab grown diamonds can contain a metal catalyst and sometimes even stick to a magnet.

The advent of synthetic gems on the market created major concerns in the diamond trading business, as a result of which special spectroscopic devices and techniques have been developed to distinguish synthetic and natural diamonds.

VALUE OF LAB GROWN DIAMONDS

Lab grown diamonds generally cost 30-40% less than mined diamonds, but look
exactly the same. The price difference is for the most part due to the high costs involved in mining and removing tons of earth to find natural gem-quality diamonds.

LAB GROWN DIAMOND SPECIFICATION

Hardness: 10 Mohs
Specific Gravity: 3.417-3.55 (diamond)
Refractive Index: 2.417-2.419
Crystal Form: Cubic
Special Care: None
Durability: Very good

White diamonds: beyond the 4Cs

Interesting facts beyond the 4Cs

Beyond the 4Cs of white diamonds is a multitude of fascinating facts. Despite the fact that diamonds are made of common carbon, there’s something almost supernatural about them. Just the word ‘diamond’ invokes luxury, desirability and toughness. Yet when we think of the element carbon, we are more likely to think of charcoal: soft, black, opaque, earthy, lightweight. In contrast with carbon in its low pressure form as charcoal or graphite, carbon atoms in diamond are fixed together in a strong, three dimensional network. This leads to unique physical properties: diamond is a clear, extremely hard, often colourless mineral with a very high density.

Diamonds sparkle and have internal “fire” because of their very high refractive index. This means light is “caught” inside the crystal and re-reflected off the internal surfaces. Faces and facets made by gem cutters accentuate this property.

Diamond is the hardest known substance, the greatest conductor of heat, has the highest melting point of any substance (4090°C or 7362°F), and the highest refractive index of any natural mineral. Diamond measures 10 on the Mohs hardness scale, and is approximately 4 times harder than corundum (sapphire and ruby), which is 9 on the Mohs scale.

Formation of diamonds

Diamonds form deep within the Earth under extreme heat and pressure.

Although diamonds have been prized as valuable gems for a long time, until the early 1700s virtually all traded diamonds came from river gravels (known as “alluvial deposits”) in India. Then in the early 18th century diamonds were discovered in Brazil, and from 1866 onwards were mined in South Africa. It was in this country that diamonds' major, violently erupted, volcanic source rock known as “kimberlite” was identified for the first time.

This recognition fundamentally changed the diamond exploration and mining industry, and quickly led to vastly increased production and to the high demand from the modern jewellery industry. Supply of diamonds to the market has long been tightly controlled by a small number of major producers – examples include De Beers (South Africa-Botswana), Al Rosa (Russia), Rio Tinto (Argyle Mine Australia and Canadian mines), Lucara Diamond Corporation (Karowe Mine, Botswana), and the Diavik kimberlite pipe in northern Canada.

Diamond colour

Most diamonds are brown or yellow in colour. The jewellery industry has favoured colourless diamonds (commonly referred to as white diamonds) or those that have a colour so subtle that it is difficult to notice. Diamonds in vivid natural hues of red, orange, green, blue, pink, purple, violet or yellow form a group of Fancy Colour diamonds. They are extremely rare and valuable.

Durability

Diamond is the hardest-known mineral, measuring 10 on the Mohs hardness scale. However, the hardness of diamond is directional. It is hardest parallel to its octahedral planes and softest parallel to its cubic planes.

The value of diamonds

Unlike other mined commodities such as copper, gold, oil or coal, diamond has no spot market. Its value is variable and highly subjective, assessed using the 4Cs system: colour, clarity, cut and carat (5 carat = 1 gram). Per carat, uncut diamond values typically vary from around $US10 to $US3,000. Very large (sometimes very historical) gem-quality diamonds however may command price orders of magnitude beyond this. Until 1950s, there was no agreed-upon standard by which diamonds could be judged. GIA (Gemological Institute of America) created the first, and now globally accepted 4Cs standard for describing diamonds.

Clues about diamond origins

Many diamonds contain inclusions of other minerals, which are captured samples from the deep Earth rocks in which the diamond grew. These provide important information for geologists. For example, inclusions of the minerals olivine, pyroxene and garnet tell us their host diamonds grew at depths between about 120 and 300km, in a layer of the Earth known as the sub-continental lithospheric mantle.

This layer is part of the Earth’s continental tectonic plates, and lies below the oldest regions of Earth’s continental crust known as “cratons”. Cratons are up to 4 billion years old – examples include the Australian Pilbara, the South African Kaapvaal, the Canadian Slave and the Russian Siberian craton.

Blue diamonds deep, deep down

Although the sub-continental lithospheric mantle is the most common source of diamonds, some come from much deeper layers in the Earth. These are called sub-lithospheric diamonds, and identified by mineral inclusions consistent with being exposed to much higher pressures found at depths of more than 650km.

recent study looked at a type of rare blue diamond like the Hope Diamond. The researchers consistently detected very high pressure mineral inclusions indicating their diamond hosts grew at depths of at least 660km. These diamonds are blue because of the presence of trace amounts of the element boron.

The question of how boron ended up at great depths in the Earth’s mantle is a fascinating one. Boron is an element that on Earth is highly concentrated in the upper continental crust (less than 20km deep) and in ocean water. Its concentration in deeper mantle rocks is typically extremely low. Boron then must have been re-introduced to the deep layers where the diamonds grew.

This would likely have happened through a process called deep subduction, where the boundary of an oceanic tectonic plate (about 100km thick) fails, and the plate then collapses into the deep Earth’s mantle. This moves boron and other materials from the shallow layers of the Earth down into depths of over 700km. Here the boron is supplied to the growing ultra-high pressure sub-lithospheric diamonds. Kimberlite eruptions then bring the diamonds up towards the surface.

A window into deep Earth

In addition to the boron example above, evidence from other diamond mine sites also supports the idea that Earth elements move from relatively shallow to deeper into the Earth through the process of subduction.

This has been detected by tracking different forms of carbon in diamonds from the South African Cullinan mine, and mineral inclusions in South Australian diamonds.

Deep parts of the Earth still have a physical connection with layers closer to the surface. So yes diamonds are valuable due to being beautiful, hardy and relatively rare – but they also provide a fantastic window into the structure and the history of our Earth.

Diamond sources

Angola, Australia, Botswana, Namibia, Russia, South Africa, Zaire. Major cutting centres of diamonds are in Antwerp, Bombay, New York, Tel Aviv.

Synthetics

Lab-grown or synthetic diamonds are a complete copy of a natural diamond that contain the same crystal lattice structure and chemical formula as a natural diamond.

To form a diamond crystal, the element carbon is placed under high pressure and the temperature of the surface of the Sun. Another way to form a synthetic diamond would be through a chemical vapour deposition where a small seed of a diamond crystal is grown layer by layer in a chamber.

Identification of a natural diamond from a synthetic diamond requires specialised equipment. The nature of inclusions in a natural diamond differs from the types of inclusions found in a synthetic diamond. Not all inclusions are easily visible through the naked eye or by using a loupe.

Lab grown diamonds are inscribed with letters “LG” at the base of the stone.

Imitations

Cubic Zirconia, Moissanite, Swarovski Crystal.

Specifications

Hardness: 10 Mohs

Specific Gravity: 3.417-3.55

Refractive Index: 2.417 -2.419

Crystal Form: Cubic. Diamond crystals occur well shaped as octahedra, cubes, rhombic dodecahedral and macles. Diamond is found in igneous rock formations and alluvial deposits.

Treatments: Annealing, Irradiation, High Pressure, High Temperature (HPHT), laser drilling, fracture filling, coating.

Special Care: None

Durability: Very good

Choosing the right diamond for you

When it comes to choosing a diamond for your engagement ring or a piece of bespoke jewellery, the multitude of factors and nuances can make the process rather overwhelming, as there is a significant emotional and financial cost involved. We are here to make it easy and take away the stress! We will be happy to help you select the right diamond from our extensive local and international networks of ethical suppliers, and deliver not only a stunning ring you will be delighted with, but also the best value for money.  Feel free to email us to enquire, or book a complimentary bespoke diamond engagement ring appointment with us.

 

Image and ring: lizunova.com