Length: choose from drop down menu!
Gauge: 0.8mm
New in at Rue B! You asked, we answered: with a fabulous new range of surgical steel and titanium cartilage jewellery for a range of ear piercing styles.
Length: choose from drop down menu!
Gauge: 0.8mm
These rings appear to be continuous but are opened and closed by twisting the ends sideways, carefully. Most commonly worn in the nose and ear.
The gold colour is plated using the PVD process.
Zircon Steel and Zircon Titanium body jewellery are steel or titanium products coated in a Zircon compound using a Physical Vapour Deposition (PVD) process to give a gold colour. The high tech PVD (Physical Vapour Deposition) process is a where a coating is deposited onto the jewellery by vaporising Zirconium Nitride (ZrN) by passing a high voltage current through the Zirconium compound emitter in a hot and high pressure kiln. The PVD coating is only a few microns thick but due to the way in which the molecules bond to the surface of the product it is very difficult to remove. Therefore the PVD coating process produces a product that is hard wearing and scratch resistant.
| Product Name | xxxi Cartilage and Nose Jewellery: Zircon Surgical Steel Continuous Ring Multipack (0.8mm x 7/8mm) |
|---|---|
| Product.brand | Rue B body piercing jewellery |
| Colour | Multi Metallics |
| Description | New in at Rue B! You asked, we answered: with a fabulous new range of surgical steel and titanium cartilage jewellery for a range of ear piercing styles. Length: choose from drop down menu! Gauge: 0.8mm These rings appear to be continuous but are opened and closed by twisting the ends sideways, carefully. Most commonly worn in the nose and ear. The gold colour is plated using the PVD process. Zircon Steel and Zircon Titanium body jewellery are steel or titanium products coated in a Zircon compound using a Physical Vapour Deposition (PVD) process to give a gold colour. The high tech PVD (Physical Vapour Deposition) process is a where a coating is deposited onto the jewellery by vaporising Zirconium Nitride (ZrN) by passing a high voltage current through the Zirconium compound emitter in a hot and high pressure kiln. The PVD coating is only a few microns thick but due to the way in which the molecules bond to the surface of the product it is very difficult to remove. Therefore the PVD coating process produces a product that is hard wearing and scratch resistant. |
