Is EstormHOCl safe for skin?

Yes. EstormHOCl is non-irritating, non-sensitising and suitable for sensitive, reactive or post-treated skin. HOCl is used in professional beauty and aesthetic treatments because it does not sting, dry or damage the skin.

Can EstormHOCl be used during beauty treatments?

Yes. It is safe for use before, during and after treatments including PMU, microblading, microneedling, lash lifts, waxing, facials and dermaplaning. It provides fast, rinse-free sanitisation of tools and surfaces.

Is EstormHOCl safe for salon tools and equipment?

Yes. EstormHOCl is non-corrosive and safe for tweezers, scissors, PMU machines, microblading tools, lash tools, treatment beds and work surfaces. It leaves no residue and does not damage metals or plastics.

Is EstormHOCl suitable for enclosed treatment rooms?

Yes. It is odourless, alcohol-free and free from harsh chemicals, making it safe for fogging or spraying in enclosed spa and salon treatment rooms without fumes or VOCs.

Spas, Beauty, Hairdressers

Clean, Calm, Non‑Toxic Power for Beautiful Salon Spaces

EstormHOCl for Spas, Beauty Clinics, Aesthetic Studios & Salons

EstormHOCl delivers clinical‑grade antimicrobial protection engineered specifically for spa, beauty, aesthetic, and salon environments where skin safety, air quality, client comfort, and treatment‑room hygiene must meet the highest standards.

It provides rapid, broad‑spectrum pathogen elimination while remaining:

Skin‑safe
Fragrance‑free
Alcohol‑free
Tool & Equipment‑safe
Non‑toxic for enclosed treatment rooms

This is medical‑grade hygiene, adapted for luxury beauty environments.

What makes EstormHOCl safe for Beauty Industry

EstormHOCl is a stabilised hypochlorous acid disinfectant that kills bacteria, viruses, fungi, and spores while remaining completely safe for skin, tools, treatment beds, PMU equipment, lash, brow tools, and spa environments.

Biological Mechanism of Action (Aesthetic‑Clinical Strength)

HOCl is the same molecule produced by the immune system during the oxidative burst. In beauty and aesthetic environments, this gives EstormHOCl unmatched advantages:

Gentle Efficacy: Destroys microbial membranes without damaging skin.
Airborne Protection: Denatures viral proteins (including airborne viruses).
Biofilm Eradication: Breaks down biofilms on tools, trolleys, and surfaces.
Respiratory Safety: Safe for inhalation, no VOCs, no fumes.
Non‑Sensitising: Suitable for sensitive, reactive, or post‑treated skin.
Zero Residue: Leaves zero residue, which is essential for luxury spa surfaces.

This is why HOCl is used in dermatology, wound care, PMU healing, and clinical skin treatments.

Why Spas, Salons & Aesthetic Clinics Choose EstormHOCl

Skin‑Safe & Treatment‑Safe

Non‑irritating, non‑sensitising, and pH‑balanced.
Suitable for post‑treatment skin (PMU, microneedling, dermaplaning, peels).
Does not sting, dry, or disrupt the skin barrier.
Safe for clients with sensitive or reactive skin.

Tool‑Safe & Equipment‑Safe

Safe for tweezers, scissors, PMU machines, microblading tools, and lash tools.
No corrosion on stainless steel, titanium, plastics, or silicone.
No sticky residue on beds, chairs, trolleys, or lamps.

Luxury‑Environment Approved

Odourless: Perfect for spas, massage rooms, and holistic therapy.
Alcohol‑free: No harsh chemical smell or drying effect.
Fogging Ready: Safe for sanitising treatment rooms between clients.

Eco‑Friendly & Client‑Friendly

Non‑toxic, non‑flammable, and biodegradable.
Safe for people, pets, and the environment.

Who EstormHOCl Is Designed For

Beauty salons
Spas & wellness centres
Aesthetic clinics
PMU & microblading studios
Lash & brow artists
Massage & holistic therapy rooms
Nail salons
Tattoo studios
Cosmetic treatment centres

Spa & Beauty Use Cases

Treatment Rooms

Furniture: Beds, couches, trolleys, lamps, and magnifiers.
Turnover: Safe for continuous use between clients; no fumes in enclosed rooms.

Tools & Equipment

Precision Tools: Tweezers, scissors, PMU machines, and microblading tools.
Specialised Gear: Lash lift tools, brow lamination tools, clippers, and dermaplaning blades.

Skin & Client Areas

Skin Prep: Suitable for pre‑treatment cleansing.
Post-Care: Suitable for post‑treatment soothing on sensitive or compromised skin.

Reception & Client Touchpoints

High-Touch: Counters, card machines, seating, and door handles.

Daily Spa & Salon Hygiene Workflow

Opening: Fog or spray treatment rooms and reception.
Between Clients: Wipe tools, beds, lamps, and trolleys.
During Treatments: Skin‑safe spray for PMU, facials, and microneedling.
End of Day: Full‑room fogging for air and surface sanitation.
Weekly: Deep clean tools, chairs, equipment, and storage areas.

FAQ

Is EstormHOCl safe for the skin?

Yes – it is non‑irritating, non‑sensitising, and suitable for sensitive or post‑treated skin.

Can it be used during treatments?

Yes – it is safe for PMU, microneedling, facials, dermaplaning, and lash/brow treatments.

Does it damage tools?

No – HOCl is non‑corrosive and safe for stainless steel, titanium, plastics, and silicone.

Is it suitable for luxury spa environments?

Yes – it is odourless, alcohol‑free, and safe for enclosed treatment rooms.

Healthcare Settings

Hypochlorous Acid (HOCl) is a naturally occurring oxidant produced endogenously by neutrophils during the oxidative burst, playing a critical role in the innate immune response. When applied exogenously in healthcare settings, Estorm HOCl demonstrates exceptional clinical utility due to its broad-spectrum antimicrobial efficacy, rapid onset of action, and favorable safety profile.

1. Clinical Relevance

Estorm HOCl is a non-cytotoxic, fast-acting biocide effective against bacteria, viruses, fungi, and spores making it ideal for infection control and microbiological decontamination in healthcare environments.

2. Mechanism of Action

HOCl exerts its antimicrobial effect through multiple oxidative pathways: Membrane disruption, oxidized phospholipids, compromising microbial cell integrity.

Protein denaturation: Targets thiol and amino groups, inactivating essential enzymes.
Nucleic acid degradation: Damages DNA and RNA, halting replication and transcription.
Biofilm penetration: Breaks down extracellular polymeric substances, exposing embedded pathogens.

These mechanisms result in rapid, irreversible microbial inactivation, including drug-resistant and biofilm-forming strains.

3. Advantages in Medical Settings

Biocompatible: Non-irritating to skin, eyes, and mucosa at therapeutic concentrations.
Non-corrosive: Safe for use on medical instruments, electronics, and sensitive surfaces.
Residue-free: No rinsing required; leaves no toxic byproducts.
Environmentally benign: Degrades into water and salt, supporting green hospital initiatives.

4. Clinical Applications

Surface disinfection in operating theatres, ICUs, isolation rooms, and high-touch zones.
Wound irrigation and post-operative site cleansing.
Hand hygiene and mucosal decontamination (e.g., nasal, ocular).
Biofilm disruption in catheters, endoscopes, and other medical devices.

5. Proven Efficacy Against Resistant Pathogens

Estorm HOCl has demonstrated in vitro and in vivo effectiveness against:

Methicillin-resistant Staphylococcus aureus (MRSA).
Clostridium difficile.
Pseudomonas aeruginosa.
Staphylococcus epidermidis in catheter-related infections.

6. Why Estorm HOCl Is a Hospital Essential

Hypochlorous acid is more than a disinfectant, it is a biological ally that mirrors the body’s own immune defences. It offers:

Broad-spectrum efficacy against clinically relevant pathogens.
Exceptional safety for patients and healthcare workers.
Environmental responsibility through non-toxic degradation.

This makes Estorm HOCl the ideal solution for modern hospitals prioritizing infection control, patient safety, and sustainable hygiene practices.

EStorm HOCl is: Made using an Article 95 - listed active substance source. Tested to BS EN 14476, EN 1276, and EN 13697 standards - Proven to kill 99.999% of bacteria, viruses, and fungi - Effective against SARS-CoV-2, norovirus, MRSA, and other airborne or contact-transmitted pathogens.