Ready-to-use hydrogen peroxide foam disinfectant for surfaces.
Incidin™ OxyFoam S by Ecolab is a ready-to-use foam disinfectant formulated with hydrogen peroxide technology for effective and residue-free cleaning of medical devices and hard surfaces. Packaged in a convenient 750ml spray bottle, it delivers controlled application without overspray, making it ideal for surfaces sensitive to excess liquid.
With proven bactericidal, fungicidal, virucidal, and sporicidal efficacy, Incidin™ OxyFoam S ensures fast-acting disinfection in healthcare, laboratory, and professional environments. Its eco-friendly formula breaks down into water and oxygen, leaving no harmful residues behind.
Broad-spectrum efficacy – effective against bacteria, fungi, viruses, and spores.
Residue-free cleaning – no streaks or sticky residues.
Controlled application – foam format avoids excessive wetting of surfaces.
Ready-to-use solution – no dilution required, convenient spray bottle.
Eco-friendly – hydrogen peroxide decomposes into water and oxygen.
Professional-grade quality – trusted by healthcare facilities worldwide.
Spray Incidin™ OxyFoam S directly onto the surface.
Ensure the entire surface is evenly covered with foam.
Allow to act for the recommended contact time (per Ecolab guidelines).
Let the surface air-dry or wipe with a clean cloth if required.
For professional use only. Always follow facility-specific protocols and manufacturer recommendations.
Product Type: Ready-to-use surface disinfectant foam
Volume: 750 ml spray bottle
Active Ingredient: Stabilized hydrogen peroxide
Applications: Non-invasive medical devices, work surfaces, high-touch areas, patient-care environments
Efficacy: Bactericidal, fungicidal, virucidal, sporicidal
Compliance: Meets international standards for surface disinfection and hygiene
Designed for precision application and effective disinfection, Incidin™ OxyFoam S combines ease of use, safety, and eco-consciousness. It helps healthcare professionals maintain the highest levels of hygiene while protecting surfaces and supporting fast workflows.
