Keep Klear
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Coverage & ComplianceLive · General Hospital
87%High-touch surfaces coated
1,284Touch points logged
14Due for reapplication
3Rooms to be coated
To be coated with KeepKlear
  • ICU 3 · bed rails, monitorsToday
  • OR 2 · trolleys, light handlesToday
  • Ward 103 · door handlesTomorrow
Reapplication schedule · 7 days
Illustrative data
Keep Klear

It starts with a single touch.

One touch can recontaminate a freshly cleaned surface. Follow one wipe that's designed to keep working.

The wipe

Just wipe.

A ready-to-use wipe, pre-saturated with Keep Klear®. No new equipment. One added step.

Apply

One pass. An invisible layer.

Applied after routine cleaning and disinfection. Dries to a transparent film in under 10 minutes.

Patient bed

Clean that keeps working.

After it dries, the coating keeps acting on microbes that land on the surface, for up to 7 days.

Patient room

Every touch point. Covered.

Door handles, call bells, light switches, bed rails and chair arms. The surfaces hands reach for most.

ICU

Where every touch counts.

Bed rails, over-bed tables, and crash carts, coated and logged.

Operating theatre

Built into the routine.

Light handles, instrument trolleys and table rails, on the same schedule as your cleaning.

Lobby & reception

From the front door in.

Reception desks, elevator buttons, door push bars and waiting-room chairs.

The whole facility

One layer across every department.

A documented, scheduled protocol your IPAC and EVS teams can plan and verify.

Surveillance & compliance

See every coated surface.

The Keep Klear® Coverage & Compliance dashboard shows what's coated, what's due and what's next.

Canada

Developed in Canada. Built for the world.

Created by Polyamyna in St. John’s, North America’s easternmost city, to make clean last in healthcare everywhere.

The world

Make clean last. Everywhere.

One wipe, one surface, one facility at a time.

Map points are illustrative.
The product

Every layerstarts here.

Keep Klear® microbicidal transparent coating. Moisten a wipe, coat high-touch hard surfaces, and let it dry clear.

Drag to rotate
The gap between cleans

Disinfection works while the surface is wet. Then every touch counts again.

Routine disinfection is effective at the time it’s applied. The challenge is the hours that follow, when each touch can return organisms to the surface.

Time of day00:00
Surface contamination (illustrative)Routine clean✋ Touch
A 24-hour timeline. Shaded bars mark routine cleans at 06:00, 14:00 and 22:00. After each clean, a line for surface contamination climbs again with every touch, shown by hand icons, until the next clean brings it down. Levels are illustrative.
Swipe to explore →
With Keep Klear®
Surface contamination (illustrative)Routine clean✋ Touch
The same 24 hours with a Keep Klear® coated surface. Routine cleans still happen at 06:00, 14:00 and 22:00, and the same touches occur, but surface contamination stays close to zero: it rises only slightly between cleans and drops back to zero at each clean. Levels are illustrative.
02 · On contact

The Science, Visible

A superbug, in real time. In laboratory testing, MRSA on a Keep Klear®-coated surface was killed within 15 minutes, captured by fluorescence imaging.

Laboratory study. MRSA on Keep Klear coated plastic surface. This result is a research finding and is not the product’s label claim. Laboratory results do not show clinical outcomes.

How to apply

Same routine. One added step.

Keep Klear® goes on after your routine clean and disinfection. Nothing in your protocol is removed.

01
CLEAN

Start clean.

Clean and disinfect as usual. Let the surface dry.

02
PROTECT

Gear up first.

Chemical-resistant gloves. Eye protection when pouring.

03
PREPARE

Soak. Seal. Wait.

Saturate clean wipes in a lidded container. Soak 5 minutes.

04
TAKE

Only what you need.

Take only what you'll use. Don't wring. Close the lid.

05
APPLY

Wipe it on.

Even, full coverage on hard, non-porous surfaces.

06
DRY

Let it dry clear.

Dry before use or contact.

07
REPEAT

Clean as usual. Renew on schedule.

Keep your routine. Reapply at the label interval.

Line illustrations for each step: a surface wiped clean; gloves and safety glasses; wipes soaking in a sealed container with a five-minute timer; one wipe taken from the container; a wipe coating a bed rail in blue; the coating drying clear; and a renewal loop. 5 min No wringing Ready for use

Keep Klear® adds a layer. It never replaces cleaning, disinfection or hand hygiene. Always read and follow the label.

Why add it

Disinfection ends when it dries.
Keep Klear® is designed to keep going.

The next touch can undo a clean. Keep Klear® adds a layer for the hours between cleans, without replacing a single step.

Routine disinfection
With Keep Klear® added
Role
Kills microbes when you clean
Adds activity between cleans
Active
Until the surface dries
Designed to remain active between cleans
Speed
Minutes, its strength
Works more gradually, as a supplemental layer
Between cleans
Surfaces can recontaminate within hours1
Microbes landing on treated surfaces meet a coating designed to act on them
Missed spots
Many high-touch surfaces are missed2
Treated surfaces stay treated between cleans
Frequency
Daily or per shift
Reapplied on a schedule, per the label
Proof
Hard to confirm after the fact
Applications can be logged
Workflow
Existing EVS task
One added step, same team

Keep Klear® is a supplemental coating. It does not replace cleaning, disinfection or hand hygiene. Registration with Health Canada’s Pest Management Regulatory Agency (PMRA) is under review; performance claims will follow the approved label.

¹ Sansom SE et al., Clin Infect Dis 2024;78(5):1276–84.   ² Carling PC et al., J Hosp Infect 2008;68:39–44.

For infection prevention

Built to strengthen IPAC, not replace it.

Fits existing protocols

Applied after routine disinfection. Works with specified peroxide, quat and bleach cleaners.

Auditable by default

Application logs, reapplication schedules and ATP checks your team can verify.

Open evidence

Organisms, methods, contact times and limitations: shared, not hidden.

Hand hygiene Layer 1
Cleaning & disinfection Layer 2
Keep Klear residual layer New
PPE & additional precautions Layer 4
Who it's for

Designed for IPAC teams and the people who support them.

Healthcare & long-term care

A persistent layer on high-touch surfaces, with evidence your IPAC committee can review.

Discuss your facility

Facility management & EVS

A premium surface-care service, backed by training, guides and a clear maintenance plan.

Add it to your services

Distribution partners

A new category of surface hygiene for your markets, with Polyamyna's technical support.

Explore a partnership
How it works

From review to routine in four steps.

1

Review

Confirm surfaces and cleaner compatibility with IPAC and EVS.

2

Prepare

Train staff. Clean, disinfect and let surfaces dry.

3

Apply

Wipe on gently. Dry in under 10 minutes.

4

Maintain

Clean as usual. Log each application. Reapply on schedule.

Get the application guide
09 · Evidence & resources

Evidence, not adjectives.

Everything your team needs to review, decide and say yes.

In the lab

Organisms, test methods, contact times and residual duration, exactly as stated on the authorized label.

In real facilities

Field readings on high-touch surfaces, shared with methods. [[Insert approved pilot summary]]

Honest about limits

Surface activity and clinical outcomes are different measures. We report each, with its limitations.

Technical data sheetSpecs & parametersOn request Safety data sheetHandling & precautionsOn request Label & application guideUses & directionsOn request Compatibility guideSurfaces & cleanersOn request Training videoStep-by-stepWatch Evidence summaryMethods & findingsOn request
Health Canada (PRD) Reg. No. [Under review] Canadian Patent No. 3.170.544 U.S. Patent No. 12.662.601 Australia Patent No. AU2021391882B2
11 · Talk to us

Make clean last, in your facility.

Tell us about your setting, surfaces and cleaning routine. We'll show you where Keep Klear fits.

Polyamyna Nanotech Inc.
67 Major's Path, Unit 101, St. John's, NL A1A 4Z9
1-888-908-4692 · info@polyamyna.ca
*Residual activity of up to 7 days on hard, non-porous surfaces, as stated on the authorized product label. Always read and follow label directions. Keep Klear supplements, and does not replace, routine cleaning and disinfection, hand hygiene and other IPAC practices. Animations are illustrative.
IPAC RESOURCES

Good practice, in one place.

Trusted guidance and evidence on surface hygiene and infection prevention, from Canadian and international authorities.

External resources. Polyamyna is not affiliated with these organizations.

Why surfaces matter

The evidence that the healthcare environment plays a role in infection.

How long do hospital pathogens survive on surfaces?

Kramer A, Schwebke I, Kampf G · BMC Infectious Diseases, 2006

Many hospital pathogens can survive on dry surfaces for weeks to months.

Read the review (opens in a new tab)

The role of hospital surfaces in spreading emerging pathogens

Weber DJ, Rutala WA, et al. · American Journal of Infection Control, 2010

How norovirus, C. difficile and Acinetobacter spread via contaminated surfaces.

Read the paper (opens in a new tab)

The environment and hospital-acquired infection

Dancer SJ · Clinical Microbiology Reviews, 2014

A comprehensive review of the environment’s role in infection and of new decontamination approaches.

Read the review (opens in a new tab)

Surfaces recontaminate within hours

Sansom SE, et al. · Clinical Infectious Diseases, 2024

Surfaces near colonized patients can be contaminated again within hours of disinfection.

Read the paper (opens in a new tab)

Rooms can pass organisms to the next patient

Infection, Disease & Health, 2023

Patients admitted to rooms previously occupied by a carrier have higher odds of acquiring the same organism.

Read the review (opens in a new tab)

High-touch surfaces are often missed

Carling PC, et al. · Journal of Hospital Infection, 2008

In 16 ICUs, many high-touch surfaces were not cleaned after patient discharge.

Read the paper (opens in a new tab)

Canadian best practice

Best Practices for Environmental Cleaning in All Health Care Settings

PIDAC · Public Health Ontario

The core Canadian reference for environmental services and IPAC teams.

Visit (opens in a new tab)

Pan-Canadian Action Plan on Antimicrobial Resistance, 2023–2027

Public Health Agency of Canada

Canada’s national plan on AMR, with infection prevention and control as one of five pillars.

Visit (opens in a new tab)

Standards

CSA Z317.12:25 — Cleaning and disinfection of health care facilities

CSA Group

The national standard for cleaning and disinfection in Canadian healthcare facilities.

Visit (opens in a new tab)

International guidance

Best Practices for Environmental Cleaning in Healthcare Facilities

U.S. Centers for Disease Control and Prevention · Version 2

Practical, step-by-step guidance on environmental cleaning programs.

Visit (opens in a new tab)

Core Components of Infection Prevention and Control Programmes

World Health Organization

The global framework for building effective IPC programs at national and facility level.

Visit (opens in a new tab)

Surveillance and data

Healthcare-associated infections in Canadian hospitals, 2002–2024

Canadian Nosocomial Infection Surveillance Program · Infection Control & Hospital Epidemiology, 2025

The national picture of HAIs and resistant organisms in acute care.

Read the study (opens in a new tab)

Professional community

IPAC Canada

Infection Prevention and Control Canada

Education, certification and webinars for infection prevention professionals.

Visit (opens in a new tab)

Regulatory lookups

Pesticide Label Search

Health Canada · Pest Management Regulatory Agency

Check the registration and approved label of any antimicrobial surface product sold in Canada.

Search labels (opens in a new tab)