Absorb+ Dance Brief: Discreet Protection & Moisture Control

Style No. ADB01

Experience total confidence and reliable comfort with the Energetiks Absorb+ Dance Brief. Specifically engineered for the unique needs of dancers, this brief provides a discreet solution for protection against menstrual fluid, discharge, and sweat. Featuring a seamless construction and a breathable cotton interior, it ensures you stay dry and focused through every jump, turn, and performance.

Features & Benefits

• High-Cut Leg Line: Designed to offer a sleek, professional fit that remains invisible under leotards and costumes, maintaining your clean lines.
• Triple-Layer Absorbent Technology: Features a specialized three-tier system that locks in liquid (10ml to 30ml) while remaining remarkably thin and discreet.
• Moisture-Wicking Outer Layer: Quickly draws moisture away from the skin to the absorbent core, keeping you feeling fresh and dry during high-intensity rehearsals.
• 100% Cotton Interior: The layer against your skin is crafted from pure, breathable cotton to ensure maximum hygiene, softness, and air circulation.
• Odour-Resistant Waterproof Core: A dedicated middle layer that prevents leaks and resists odours, providing a sustainable and reusable alternative to disposable products.

Colours: Black, Chai, Oat

Sizes: Child M/L to Child L/XL, Adult XS/S to Adult XXL/XXXL

Usage & Care

• Invisible Layering: The seam-free design and nude-toned colour options (Chai and Oat) make these briefs the perfect base layer for light-coloured costumes and tight-fitting dancewear.
• Reliable Light-Medium Flow: Ideal for use on light to medium flow days or as an extra layer of "just-in-case" security during long days at the studio or theatre.
• Rinse immediately: with cold water after each use until the water runs clear to maintain the technical performance of the absorbent layers.
• Cold gentle machine wash: with a mild detergent and hang to dry. Strictly avoid fabric softeners, bleach, or tumble drying, as these will damage the waterproof membrane.