On April 6, 2026, Bath & Body Works added a new lip obsession to its lineup: Bath & Body Works pH Lip Oils. The concept is simple and addictive, a glossy, hydrating oil that reacts to your lips to create a tint that feels personal, then seals it with gourmand flavor notes

Bath & Body Works pH Lip Oils Debut With Custom Tint Shine
Beauty On This Day

Bath & Body Works pH Lip Oils Debut With Custom Tint Shine

On April 6, 2026, Bath & Body Works added a new lip obsession to its lineup: Bath & Body Works pH Lip Oils. The concept is simple and addictive, a glossy, hydrating oil that reacts to your lips to create a tint that feels personal, then seals it with gourmand flavor notes

April 6, 2026

The debut lands in three shades: Acai Berry Jam, Pucker Punch, and Pink Pout, available online and in stores.

Each shade is framed as “dessert on lips,” with flavor notes listed as caramelized sugar, strawberry nectar, and crème brûlée.

Bath & Body Works pH Lip Oils

The pH effect, explained the wearable way

These oils are designed to interact with your skin’s pH to enhance your natural lip color, creating a one-of-a-kind tint that reads slightly different on everyone. Bath & Body Works also positions the finish as mirror-like shine with a lightweight, non-sticky feel.

“Dermatologist approved” and comfort-first claims

On the product pages, Bath & Body Works describes the formula as dermatologist approved (based on review of independent testing by a board-certified dermatologist) and emphasizes a nourished, conditioned lip feel.

The pH Lip Oils are listed at $9.95 for 0.21 oz / 6 ml on Bath & Body Works’ site, and the brand notes availability for shipping and store pickup depending on location.

Beyond the three pH shades, additional lip oils like Confetti Cake Pop also appear in Bath & Body Works’ lip lineup, and “spotted in stores” posts point to more playful flavors in the pipeline.

Bath & Body Works pH Lip Oils mark a neat April 2026 move: personalized color, glossy comfort, and dessert-coded flavor notes, all in a format made for constant reapplication.