TRINITY White/Pink/Blue Opal Top Medical grade ASTM:F-136 titanium Curved Barbell 1.2x8/10mm internal thread for Rook Daith Anti-tragus Snug
TRINITY White/Pink/Blue Opal Top Medical grade ASTM:F-136 titanium Curved Barbell 1.2x8/10mm internal thread for Rook Daith Anti-tragus Snug
Welcome to my shop, SUSYRDESIGN
TRINITY White/Pink/Blue Opal Top Medical grade ASTM:F-136 titanium Curved Barbell 1.2x8/10mm internal thread for Rook Daith Anti-tragus Snug
Trinity Opal top size: 4mm
bar length, size: 1.2 x 8mm , 1.2 x 10mm
Titanium Micro Banana or Barbell
Highly polished
Gauge: 1.2mm (thread on tops 0.9mm)
Medical Grade Titanium 6Al-4VEli ASTM:F-136
Opal colours: white, pink and blue
Please check the required jewellery size before ordering.
If you are unsure, please get in contact. I am a professional piercer and will help you with advice.
Please note that I can't accept return of jewellery as they are intimate items (for health/hygiene reasons) but please don't hesitate to contact me if there is a question.
Please note that the price is for a single item as it generally shown in the photos!
In some listings I can offer PAIRS and it is indicated in the size selection. Also there are some listings for pairs and the description and title contains the word: PAIR.
Please note that I check the quality of every piece of jewellery before I send them out. I test the threads and the opening segments of the hoops every time.
Feel free to ask questions related this product.
Regards,
Susy
Gauge to MM Conversion Table:
18g 1.0 mm
16g 1.2 mm
14g 1.6 mm
Postage:
To the UK - Tracked 48h or 24h - trackable journey of item
Returns:
Please note that jewellery is an intimate item and I only can accept return of jewellery in the original packaging and if the jewellery was not taken out of the package and tried in.
I don't offer free return labels but can refund the cost of jewellery if it arrives undamaged and in its original condition.
Before sending any items back, please send me a photo or video of it with showing the issue as it might can be solved easily.