99.999%

pathogen kill · verified at Surrey

Self-cleaning surface technology

Making yours a self‑cleaning world.

A single nanoscale particle, permanently built into materials, that lets surfaces clean themselves — and destroys 99.999% of pathogens on contact. Non-toxic, Non-leaching, Permanent, Invisible, Versatile, Sustainable.

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01 — The problem

All man-made surfaces get dirty.

Every product you will ever own gets dirty and cannot clean itself. We clean with a river of detergents — only for it to get dirty again.

Our buildings

The places we share

Homes, hospitals, schools, workplaces, restaurants and shops — and all those other places we visit.

In motion

The things that bring us together

Cars, aeroplanes, ships, trains, bikes and shoes — everything that carries us to each other.

We touch

Everything we touch

Phones, furniture, windows, doors and bathrooms — everything we use, every day.

Our shared enemies — sticky fingers, spills, airborne grease & grime, bacteria, stains, mould & algae.

02 — The solution

Surfaces that clean themselves.

We combined two previously incompatible areas of nanochemistry into a single particle. Added during manufacture, it makes everything else self-cleaning — permanently and invisibly.

It oxidises the dirt

Organic matter is broken down into invisible, harmless, airborne dust — so the surface cleans itself continuously.

It kills what's left

Any pathogen left behind is destroyed on contact — 99.999%, a 5-log reduction.

PermanentInvisibleNon-toxicSustainable

03 — How it works

Oxidise the dirt, then kill the germs left behind.

The surface

Built into the material

Our active particle is integrated into the material itself — permanent, invisible and non-leaching.

Oxidation

Light switches it on

It oxidises organic dirt into harmless airborne dust, so the surface cleans itself continuously.

Contact-kill

Destroyed on contact

Any pathogen left behind is destroyed on contact — 99.999% killed, a 5-log reduction.

99.999%

germ-free — gleaming clean at a molecular level, verified independently at the University of Surrey.

04 — Built to last

The strength of diamond.

By weaving diamond-based nanostructures into the composite, our protection doesn't just clean — it hardens the surface it protects. Resistant to scratches, UV, moisture and harsh chemicals, it lasts as long as the product itself.

Forever durabilityZero-leachingCompletely transparent

05 — Industrial applications

One platform.
Every material.

Our composite integrates into coatings, polymers, textiles, glass and filtration media — delivering continuous protection across industries.

Healthcare

Cleaner, safer care

Devices, surfaces, dressings & PPE

Coatings

Cars, aircraft & ships

06 — Our advantage

First in class.

Legacy biocides leach toxic particles and are being banned. We are permanent, non-leaching and dual-action — so we don't compete with the incumbents.

We don't compete with them. We replace them.

✓

Permanent & non-leaching

Bonded for life — no active ingredient ever migrates.

✓

Dual antimicrobial action

Self-cleaning oxidation plus contact-kill in one particle.

✓

Works indoors, without sunlight

Always-active protection under all conditions.

✓

Metal-free & globally compliant

No PFAS, TiO₂, phthalates or VOCs — FDA, EPA, EFSA ready.

In partnership with the University of Surrey

07 — Independently verified

Science you can trust.

Developed with the scientists at the University of Surrey — who craft materials for space exploration and military armour — our nanocomposite is rigorously tested and independently validated.

Read about the partnership →

Licensing & partnerships

Let's build a cleaner, safer world together.

We licence our technology to manufacturers worldwide. Whether you're interested in a licensing agreement, collaboration, or integrating our technology into your products — we'd love to hear from you.

Enquire about licensing Place Your Order