培育鑽石代表什麼意義?

Title:
用來裝飾 Swarovski Created Diamonds 首飾的培育鑽石,均是採用創新製程複製大自然環境而成,其化學、物理和光學特性與開採的鑽石無異。每顆培育鑽石都璀璨奪目,切割精湛,鑲嵌在精美的首飾上,搭配迷人的創作設計,閃耀雋永光芒。

培育鑽石是如何製造的?

有兩種方法可以複製鑽石的形成過程:HPHT (高壓高溫) 和 CVD (化學氣相沉積) 。這兩種技術與培育鑽石本身一樣出色。這兩種方法都是在實驗室的高溫高壓條件下,用碳原子培育一顆微小的鑽石種晶,使鑽石一層一層地生長。每顆鑽石都以自己的方式成形,具有獨一無二的內含物和獨特的生長模式。

培育鑽石與開採的鑽石

培育鑽石與開採的鑽石相比,唯一的區別在於它們的來源。培育鑽石除來源外與開採鑽石在其他方面相同,擁有與大自然的產物相同的化學成分、硬度、亮度和火光。就像溫室蘭花與自然界生長的蘭花一樣,培育鑽石與開採的鑽石一樣精美絕倫。

如何打造理想的培育鑽石?

Title:
鑽石分級的 4C 標準舉世公認,是鑽石世界的指路明燈,有助於判定每顆培育鑽石的品質和價值。

Reinheit

Title:

Makellos

Subtitle:
I.F.
Lupenrein
VVS 1
VVS 2
Kaum erkennbare Einschlüsse
VS 1
VS 2
Sehr kleine Einschlüsse
SI 1
SI 2
Kleine Einschlüsse
I 1
I 2
I 3
Einschlüsse
鑽石切割表和對稱性

切割

Title:

完美精準

Subtitle:

顏色

Title:

迷人的無色彩

Subtitle:
無色
D-F
近無色
G-J
略帶色調
K-M
極淺顏色
N-R
淺色
S-Z

克拉

Title:

重量價值

Subtitle:
2.5 mm
0.05 CT
3.0 mm
0.10 CT
3.8 mm
0.20 CT
4.5 mm
0.30 CT
4.8 mm
0.40 CT
5.2 mm
0.50 CT
5.8 mm
0.70 CT
6.3 mm
0.90 CT
6.5 mm
1.00 CT
6.9 mm
1.25 CT
7.4 mm
1.50 CT
7.8 mm
1.75 CT
8.2 mm
2.00 CT
8.8 mm
2.50 CT
9.4 mm
3.00 CT

為什麼選擇培育鑽石?

Title:
Swarovski Created Diamonds 是科學與創造力的獨特融合。培育鑽石在化學、物理和光學特性各方面都與開採的鑽石 100% 相同,只有來源不同,它們用璀璨的光彩向大自然的壯麗光輝致敬,為鑽石首飾產業開創嶄新的未來。

MYRIAD QUALITIES

Laboratory Grown Diamond Certification

用來裝飾 Galaxy 和 Eternity 系列的所有培育鑽石均經由IGI國際寶石研究院進行分析,根據鑽石評估的 4C 標準以確認每顆鑽石的品質。這些系列採用的都是品質優良的培育鑽石。

為證明產地來源,每顆 0.25 克拉或以上的培育鑽石均具有雷射雕刻。僅在高倍數放大下才可看到,證明它是精美絕倫的 Swarovski 真品。

Swarovski Created Diamonds

使用可再生能源製作

這是 Swarovski 在環保道路上的一個里程碑,針對提供有意識的選擇、盡量減少對地球及其居民的影響。Galaxy 和 Eternity 是第一批在整個生產過程中使用可再生能源製作的 Swarovski Created Diamonds,過程中包含培育鑽石的生長、切割、拋光,以及首飾產品的製作。
Swarovski Created Diamonds還採用了循環再用金,進一步減少製作首飾時產生的二氧化碳足跡,同時賦予珍貴材料資源新用途。

莫桑石與培育鑽石

Title:
除了來源不同,培育鑽石與開採的鑽石沒有其他區別。它們具有相同的亮光、火光和閃光。不過,莫桑石的設計讓人產生鑽石的錯覺,但在成分和視覺上卻截然不同。它們的耐久性、亮度和顏色都非常獨特 莫桑石與培育鑽石不同,並非根據 4C 分級,它們只根據顏色分級。
探索關於培育鑽石的更多資訊
人造鑽石形象圖

盡在 Swarovski Created Diamonds

Title:

創新的生產和設計

Subtitle:
Swarovski Created Diamonds是我們 savoir-faire 的見證。這些創新的首飾風格展示了一系列令人炫目的鑽石切割和複雜切刻面,以專業的工藝捕捉和轉換光線,為體驗者帶來神奇美妙的感受。
Swarovski Created Diamonds 耳環產品系列

培育鑽石購買指南

Title:

搜尋理想作品

Subtitle:
探索 Swarovski Created Diamonds 首飾的世界,以融合傳統與現代潮流的非凡系列,重新定義鑽石的未來。從璀璨奪目的 Galaxy 系列,到我們優雅的標誌性作品,您一定能找到適合終生佩戴的款式。
CVD 鑽石概念圖

鑽石 4C 指南

Title:

品質控制

Subtitle:
4C 是衡量鑽石品質的標準,廣泛應用於鑽石界,協助判定每顆鑽石的品質和價值。Galaxy 和 Eternity 系列的培育鑽石均由IGI國際寶石研究院的 4C 標準進行分級。

Frequently asked questions

FAQ

What are laboratory grown diamonds?

Laboratory grown diamonds are 100% identical to mined diamonds. They are just grown from a ‘seed’ in a laboratory, building layer upon layer using HPHT (high pressure high temperature) or CVD (chemical vapor deposition) to replicate the natural process over several days or weeks, rather than in the earth over millions of years. Aside from their origin, they are exactly the same.

Are laboratory grown diamonds less expensive than mined diamonds?

Laboratory grown diamonds offer the freedom to explore more breadth of jewelry in terms of sizes, shapes and settings than ever before, more easily. Swarovski is proud to offer modern, inspired designs with premium quality diamonds, meaning you get larger and higher quality stones tailored to every price point.

How are laboratory grown diamonds made?

Laboratory grown diamonds are made using an innovative process that flawlessly replicates nature, resulting in a laboratory grown diamond that is indistinguishable from a mined diamond in all chemical, physical, and optical attributes. There are two ways to replicate the diamond formation process: HPHT (high pressure high temperature) and CVD (chemical vapor deposition).
The technology is as brilliant as the laboratory grown diamonds themselves. In both cases, a tiny diamond seed is nurtured with carbon atoms under laboratory conditions of intense heat and pressure, forming layer by layer. Each laboratory grown diamond forms in its own way, with one-of-a-kind inclusions and unique growth patterns.

Are laboratory grown diamonds real diamonds? What is the difference between laboratory and mined?

Yes, laboratory created diamonds are 100% diamonds. They are identical to mined diamonds possessing the same chemical composition, hardness, brilliance and fire. Both are 100% carbon.  One is born in a laboratory, the other one in nature - just as a greenhouse-grown orchid is identical to one found in nature. The only difference is their origin.

Are laboratory grown diamonds and mined diamonds the same?

Laboratory grown diamonds are 100% the same as a mined diamond in all optical, chemical and physical aspects. Only the diamond’s origin – coming from the earth or coming from a laboratory – is different. This difference can only be identified with sophisticated laboratory equipment. Laboratory grown diamonds processed in Swarovski Created Diamonds jewelry can be identified by a laser engraving on all laboratory grown diamonds 0.25 ct and larger.

Can a Jeweler tell that a diamond is laboratory created?

No, a jeweler cannot tell the difference between a laboratory grown diamond and a mined diamond with the naked eye or using traditional jeweler’s equipment. Sophisticated instruments are required from a Gemological Institute like IGI to find out if a diamond is laboratory grown, or grown in the earth.

Could laboratory grown diamonds test as moissanite?

No, they are identical to mined diamonds possessing the same chemical composition, hardness, brilliance and fire. Both are 100% carbon.
Moissanite, while also created in a laboratory, is a silicon carbide engineered to give the illusion of similarity to diamonds, but is compositionally and visually quite different.

What is a diamond simulant?

Diamond simulants such as Cubic Zirconia and Moissanite are not diamonds in any way, but gemstones manufactured to look like diamonds which are physically, visually and compositionally very different.

Is a Cubic Zirconia the same as a laboratory grown diamond?

No, Cubic Zirconia is not the same as laboratory grown diamonds. Cubic Zirconia is a diamond simulant and is physically, visually and compositionally very different to a diamond. Conversely, laboratory grown diamonds are 100% identical to their mined counterparts, but the way they originate.