Dark Blue Bioplast Flexible Piercing Retainer 💙

Need a little more flexibility from your piercing jewelry? 💙🍓 The Dark Blue Bioplast Flexible Piercing Retainer is made from lightweight, flexible Bioplast with glossy dark blue ends. Unlike a traditional rigid metal barbell, its flexible design provides additional movement and room when you need an alternative to your everyday jewelry. For expecting Sweet Berries, it can also be used as a pregnancy belly ring retainer. As your belly begins to grow, your regular navel jewelry may start to feel tight or uncomfortable. The longer 38mm flexible Bioplast bar provides additional room to better accommodate the changes around your piercing. It can also be worn in a compatible industrial piercing as a lightweight and flexible alternative to a traditional metal industrial barbell. Product Details Style: Flexible Piercing / Pregnancy Retainer Gauge: 14G Length: 38mm Material: Bioplast Colour: Clear/Flexible Bar with Dark Blue Ends Hypoallergenic Lightweight & Flexible Metal-Free Bar Suitable for: Compatible industrial and navel piercings Pregnancy Friendly: Provides additional flexibility and room as the belly grows Quantity: Sold individually Why It’s Great for Pregnancy 🤰🏽🍓 As your belly grows during pregnancy, the skin around an existing navel piercing can stretch and regular belly jewelry may become uncomfortable or too tight. The longer, flexible Bioplast bar provides more room and movement than rigid everyday jewelry, making it a practical pregnancy jewelry option. If the jewelry begins pressing into the skin, becomes painful or starts embedding, have the piercing assessed rather than continuing to wear jewelry that is too tight.

Material

Bioplast Acrylic

SKU

SB-RET-BIO-DBLU-14G-38MM

In stock

9

Pick the gauge that matches your current jewelry. Not sure? Reach out to our studio team on WhatsApp. We'll match you to the right size.

Clean gently with mild soap and lukewarm water, rinse thoroughly and dry completely. Avoid alcohol, peroxide, acetone, harsh cleaners and excessive heat, which may damage the Bioplast material.