GIA Bersertifikat 1.02 CT Panjang Bantal Potong Lab -Dibrown Diamond - VS1 Clarity - D Color
GIA Bersertifikat 1.02 CT Panjang Bantal Potong Lab -Dibrown Diamond - VS1 Clarity - D Color
GIA Bersertifikat 1.02 CT Panjang Bantal Potong Lab -Dibrown Diamond - VS1 Clarity - D Color
GIA Bersertifikat 1.02 CT Panjang Bantal Potong Lab -Dibrown Diamond - VS1 Clarity - D Color
Variation

GIA Bersertifikat 1.02 CT Panjang Bantal Potong Lab -Dibrown Diamond - VS1 Clarity - D Color

922800532

Are you interested in creating bespoke jewelry with this exquisite lab-grown diamond? Contact us for more details and let us help you design the perfect piece.

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GIA Bersertifikat HPHT Lab Tumbuh Panjang Potongan Potongan Potongan - 1,02 CT - D Warna

Tinggikan koleksi perhiasan Anda dengan berlian HPHT Lab yang indah GIA bersertifikat kami, menampilkan potongan bantal panjang yang menakjubkan. Dibuat dengan cermat dengan presisi dan perawatan, berlian ini memiliki kualitas luar biasa yang menjadikannya pilihan yang benar -benar luar biasa untuk setiap kesempatan.

Fitur Utama:

  • Jenis: HPHT (Suhu Tinggi Tekanan Tinggi)
  • Sertifikasi Lab: GIA bersertifikat
  • Membentuk: Bantal panjang
  • Berat karat: 1.02 ct.
  • Tingkat Warna: D (tidak berwarna)
  • Kejelasan: Sangat sedikit termasuk 1 (VS1)
  • Kualitas Potong: Luar Biasa (Ex)
  • Polandia: Luar Biasa (Ex)
  • Simetri: Sangat bagus (VG)
  • Fluoresensi: Tidak ada
  • Pengukuran: 5.21 x 6.91 x 3.29 mm
  • Diameter/rasio rata -rata: 1.33
  • Kedalaman: 63.20%
  • Persentase Tabel: 62.00%
  • Naungan: Tidak ada

Informasi Tambahan:

  • Berlian yang ditanam di laboratorium HPH ini menawarkan tingkat warna D yang sempurna, memastikan penampilan yang menakjubkan dan tidak berwarna.
  • Kejelasan 1 (VS1) yang sangat termasuk menyoroti kemurnian dan kecemerlangan berlian yang luar biasa.
  • Dengan kualitas potongan yang sangat baik, berlian ini dengan ahli berbentuk untuk memaksimalkan cahaya dan kilau.
  • Pengukuran dan proporsi yang tepat, bersama dengan poles yang sangat baik dan simetri yang sangat baik, berkontribusi pada kecantikan berlian secara keseluruhan.
  • Tidak adanya fluoresensi meningkatkan kemurnian dan transparansi berlian.
  • Setiap berlian secara unik ditandai dengan kedalaman 63,20%, persentase tabel 62,00%, dan naungan yang menampilkan kecemerlangan alaminya dengan indah.

Tambahkan sentuhan kecanggihan ke karya perhiasan Anda dengan berlian potongan bantal panjang HPHT yang dikembangkan HPHT Lab ini.

Lab grown diamonds price

Frequently Asked Questions

What are lab-grown diamonds?
Lab-grown diamonds are real diamonds created in a laboratory using advanced technology that replicates the natural diamond formation process. They share the same physical, chemical, and optical properties as mined diamonds.
Are lab-grown diamonds real diamonds?
Yes, lab-grown diamonds are real diamonds. They are made of pure carbon, have the same hardness, brilliance, and sparkle, and are indistinguishable from natural diamonds to the naked eye or even most gemologists.
How are lab-grown diamonds made?
Lab-grown diamonds are made using two methods:
  • HPHT (High-Pressure High-Temperature): Mimics the natural diamond formation process by applying high heat and pressure to carbon.
  • CVD (Chemical Vapor Deposition): Grows diamond crystals layer by layer in a controlled chamber using carbon-rich gases.
Are lab-grown diamonds eco-friendly?
Lab-grown diamonds are a more sustainable and eco-friendly choice compared to mined diamonds. Their production requires significantly less land and energy and avoids the environmental damage caused by mining.
How do lab-grown diamonds compare to natural diamonds in price?
Lab-grown diamonds are typically 60-70% more affordable than natural diamonds of the same size and quality, making them a budget-friendly and ethical option.
Can lab-grown diamonds be certified?
Yes, lab-grown diamonds are certified by renowned gemological institutes like IGI (International Gemological Institute) or GIA (Gemological Institute of America). Certification provides detailed information about the diamond’s cut, color, clarity, and carat weight.
Do lab-grown diamonds have inclusions or flaws?
Like natural diamonds, lab-grown diamonds can have inclusions or flaws, which are graded on the same clarity scale. However, they are available in a wide range of clarity grades, including flawless options.
Are lab-grown diamonds durable?
Yes, lab-grown diamonds are just as durable as natural diamonds, scoring a 10 on the Mohs scale of hardness. They are perfect for everyday wear in engagement rings and other jewelry.
Can you insure lab-grown diamonds?
Yes, lab-grown diamonds can be insured just like natural diamonds. Most insurance companies treat them as equivalent to mined diamonds for coverage purposes.
Are lab-grown diamonds resalable?
Lab-grown diamonds can be resold, though they have a different resale value compared to mined diamonds. Their affordability and growing popularity, however, make them a practical and ethical choice.
Do lab-grown diamonds come in different shapes and sizes?
Yes, lab-grown diamonds are available in a wide variety of shapes, including round, oval, pear, emerald, princess, and more. They also come in various carat weights to suit different preferences and budgets.
How can I tell the difference between a lab-grown and natural diamond?
It is almost impossible to differentiate between a lab-grown and a natural diamond without specialized equipment. Both look identical to the naked eye and have the same brilliance and sparkle.
Why should I choose lab-grown diamonds?
Lab-grown diamonds are ethical, eco-friendly, affordable, and every bit as luxurious as natural diamonds. They offer a modern and responsible way to enjoy the timeless beauty of diamonds without the environmental and ethical concerns of mining.

Berlian Natural Diamond vs Lab

Lab grown diamonds vs natural diamonds
Natural diamonds vs lab grown diamonds
Feature Natural Diamonds Lab-Grown Diamonds
Origin Formed naturally under the Earth's crust over billions of years. Created in a controlled laboratory environment using advanced technology.
Composition Made of pure carbon, with unique inclusions from their natural formation. Chemically, physically, and optically identical to natural diamonds (pure carbon).
Cost More expensive due to limited supply and high mining costs. 60-70% less expensive than natural diamonds of comparable quality.
Sustainability Mining can cause significant environmental disruption and resource depletion. Considered eco-friendly as they avoid the environmental impact of mining.
Ethical Concerns Risk of being linked to conflict diamonds, though certifications like Kimberley Process help. Free from ethical issues like conflict or blood diamonds.
Availability Availability depends on mining and may have irregular supply. Readily available in consistent sizes and quality.
Certifications Certified by organizations like GIA to ensure quality and authenticity. Certified by reputable organizations (e.g., IGI, GIA) to verify quality and authenticity.
Durability Equally durable: 10 on the Mohs scale of hardness. Same as natural diamonds: 10 on the Mohs scale of hardness.
Inclusions Natural inclusions vary based on the diamond's origin and age. Generally fewer inclusions due to controlled growth processes.
Appearance Unique due to natural inclusions and growth patterns. Visually identical to natural diamonds; requires special equipment to differentiate.
Resale Value Higher resale value as they are perceived as rare and valuable. Lower resale value due to abundance and lower market demand.
Customization Limited by what is naturally mined. Easier to create specific shapes and sizes on demand.
Market Perception Seen as traditional and luxurious, with a strong emotional and historical value. Increasingly popular, especially among eco-conscious and budget-savvy buyers.

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