ID Toy Cleaner Antibacterial Foam 8.1 fl oz

ID Toy Cleaner Antibacterial Foam 8.1 fl oz by ID Glide is formulated to maintain the hygiene and longevity of adult novelties. Utilizing Benzalkonium Chloride 0.1% antimicrobial agents, this solution actively sanitizes surfaces between uses to keep items fresh and ready. Regular sanitation is vital for preventing material degradation and maintaining personal hygiene during intimate play sessions.

The expanding foam spray delivery system is specifically engineered to tackle complex items with intricate designs. When dispensed, the foam expands on contact, reaching deep into crevices, ridges, and hard-to-clean spots on textured toys where residue can otherwise accumulate. This mechanical action ensures a thorough sanitizing process without requiring excessive scrubbing that could potentially damage delicate finishes.

Safety across various material compositions is a primary design focus for this cleaner. The formulation is fully compatible with all sex toy materials, including latex, meaning users do not need to worry about chemical degradation or surface breakdown. Suitable for vegetarians, the cleaner incorporates a thoughtful blend of cleansing agents including Cetrimonium Chloride, Laurtrimonium Chloride, Dihydroxyethyl Cocamine Oxide, and Glycereth-17 Cocoate.

Maintaining an inviting sensory experience, the foam is infused with a fresh green apple scent that remains light and uplifting without becoming overpowering during use. Citric acid helps balance the formula, while colorants Yellow 5 and Blue 1 provide the visual tint. The generous 8.1 fluid ounce container provides ample supply for routine maintenance of a diverse collection.

Application requires simply applying the expanding foam to the surface, allowing it to penetrate textured areas, and rinsing thoroughly according to standard toy care guidelines. By incorporating this antimicrobial wash into post-play routines, users protect their investment in adult novelties while ensuring safe, clean conditions for every subsequent use.