Sector HighlightsDomestic & Institutional Facilities
Bringing industrial-grade, cold-water oxidation into consumer and commercial spaces safely.
Advancing Sustainability in Domestic & Institutional Facilities
Peracetic Acid is no longer just for heavy industry. Through smart stabilization and 'in situ' generation, its powerful oxidizing benefits are now accessible for high-end household and institutional applications.
From eco-friendly cold-water laundry to high-precision HVAC duct sanitization, PAA provides a residue-free alternative to traditional bleach and harsh VOC-laden cleaners.
Technical Commitments
Residue-Free
Breaks down into water, oxygen & vinegar.
Broad Efficacy
Sporicidal, virucidal & bactericidal.
Cold Action
Maintains potency at low temperatures.
Regulatory Tech
Full TDS/SDS support for audit trails.
Core Applications
Generated in situ within the washing machine when bleach activators (such as TAED - Tetraacetylethylenediamine) react with sodium percarbonate in powder detergents. This chemical synergy unlocks potent, broad-spectrum bleaching at highly energy-efficient, cold-water temperatures (20°C–30°C). Unlike traditional hypochlorite bleach, this in situ PAA lifts stains and kills microbes without degrading synthetic fibers or stripping fabric colorants.
Leveraged in high-end dishwasher pods via the same solid-state in situ generation. PAA aggressively oxidizes complex, stubborn tannin stains (e.g., tea, coffee, dark fruit juices), ensuring spotless results during low-temperature, eco-friendly wash cycles.
Gaining rapid adoption as a high-level liquid cold-sterilant, providing hospital-grade pathogen control for reusable stainless-steel grips, receiving tubes & body jewelry. Because PAA breaks down completely into vinegar, water & oxygen, it leaves zero toxic residue, making it exceptionally safe for instruments coming into direct contact with broken skin.
Aerosolized or applied as an expanding foaming agent within commercial air ducts, drip pans & cooling coils to eradicate resilient biofilms, mold spores & bacterial colonies hidden in complex air-handling networks. Because it acts quickly and decomposes without releasing lingering VOCs or toxic fumes, it is an optimal, rapid-turnaround intervention for combating Sick Building Syndrome and drastically improving IAQ in heavily occupied buildings like schools and hospitals.
Optimize Your
Industrial Cycle
We engineer bespoke PAA formulations for complex industrial challenges.