Nilaqua Surface Spray (5 L Refill)
Nilaqua
Infection Control / Surface DisinfectantAlcohol-free Antimicrobial Surface Spray (Refill)
Certifications
- Supplier/manufacturer pages reference EN standards and test data (examples: EN 14476, EN 13697 and other surface/virucidal/bactericidal standards) — verify specific certificate/test report for claims.
- Advertised as food Safe, halal Compliant, vegan and cruelty Free by suppliers/manufacturer.
- Supplier/manufacturer pages reference EN standards and test data (examples: EN 14476, EN 13697 and other surface/virucidal/bactericidal standards) — verify specific certificate/test report for claims.
- Advertised as food Safe, halal Compliant, vegan and cruelty Free by suppliers/manufacturer.
Alcohol-free Antimicrobial Surface Spray (Refill)
Description
Nilaqua Surface Spray is a water-based, alcohol-free antimicrobial surface disinfectant supplied as a 5 Litre refill bottle intended for topping up smaller spray bottles or dispenser systems. Marketed as food-safe, non-tainting, vegan friendly and cruelty-free, the formulation is promoted to rapidly kill a broad spectrum of pathogens and to provide persistent residual activity on treated surfaces.
Bnefits
- Alcohol-free and non-flammable — suitable for food preparation surfaces (non-tainting).
- Rapid broad-spectrum activity (manufacturer/retailer claims: high log reduction of bacteria/viruses within short contact times).
- Advertised residual surface protection (retailer/manufacturer test claims up to 30 days under test conditions).
- Vegan friendly and cruelty-free; manufactured in the UK.
- 5 L refill reduces single-use plastic compared with multiple 500 ml bottles.
Indications
- Routine disinfection of hard surfaces in healthcare, catering, retail and commercial environments.
- Food preparation and kitchen surfaces where non-tainting disinfectants are required.
- High-touch areas requiring frequent disinfection and residual protection.
- Suitable where alcohol-free, non-flammable disinfectants are preferred.
Composition
- Active ingredients commonly reported in supplier/IFU listings: Didecyl Dimethyl Ammonium Chloride (a quaternary ammonium compound) and Benzalkonium Chloride (QAC).
- Water-based vehicle with film-forming/excipient agents intended to deliver residual activity (full INCI/IFU available from manufacturer/distributor).
Formulation
Not publicly listed
Packaging
Not publicly listed
Usage
- Refill smaller spray bottles or use with compatible dispensing equipment.
- Apply to clean surface and ensure recommended contact time is achieved (follow manufacturer IFU/test data for specific organisms).
- On food contact surfaces, follow the manufacturer’s instructions regarding rinse/no-rinse procedures where applicable.
- Observe standard precautions: avoid ingestion, avoid eye contact, keep out of reach of children.
Contraindications
- Not for internal or topical human use — intended for hard-surface disinfection only.
- Do not use on materials/surfaces incompatible with quaternary ammonium compounds unless validated by the manufacturer.
- Avoid use where non-rinsed residues are unacceptable unless following the manufacturer's food-surface guidance.
Adverse Effects
- Eye and skin irritation possible on direct contact — follow SDS precautions and use PPE where appropriate.
- Allergic reactions possible in sensitive individuals.
- Possible surface film buildup if overapplied; follow dilution/application guidance in IFU.
Storage Conditions
- Store in original, tightly closed container in a cool, dry place away from direct sunlight.
- Avoid freezing and excessive heat; follow any temperature guidance printed on the product packaging or IFU.
- Keep out of reach of children.
Duration
Single application provides immediate disinfection; manufacturer/retailer claim of persistent residual activity (test reports cited of up to 30 days under laboratory conditions) \u2014 effectiveness in real-world conditions will vary with wear, cleaning and recontamination.
Onset
Rapid: supplier/manufacturer listings report bactericidal/virucidal activity within short contact times (examples: bacterial kill in 30 seconds; see IFU/SDS for organism-specific contact times).
