The science

Formaldehyde decomposition technology

Our water-based formulation breaks formaldehyde and VOCs down instead of soaking them up. Here is how it works, and the independent test results behind it.

What it does

Two jobs, one formulation

Advanced odour control

Effectively neutralises VOCs, paint smells and renovation odours, rather than masking them.

Formaldehyde removal

Captures, stabilises and decomposes harmful substances with a scientifically proven, SGS-tested formulation.

Triple Purification Action

How our process removes formaldehyde

It breaks formaldehyde down for good rather than holding onto it — in three steps.

1Capture formaldehyde molecules

Capture

Positively charged agents actively attract and bind free formaldehyde molecules.

2Stabilise into stable compounds

Stabilise

Captured molecules are neutralised and locked into stable compounds through Schiff base formation.

3Decompose into water and carbon dioxide

Decompose

A catalytic reaction breaks the stabilised compounds down into harmless water and carbon dioxide.

The chemistry

Built on chitosan and zinc oxide

It uses chitosan and zinc oxide in a water-based solution that is non-toxic and won't corrode surfaces. There is no residue, which is part of why it gets used in places like hospitals, schools and nurseries.

How it compares

UCOATE vs. other formaldehyde methods

How active decomposition stacks up against activated carbon, air purifiers and UV photocatalyst sprays.

Activated CarbonAir PurifierPhotocatalyst (spray)UCOATE
Working principle Passive adsorptionAir circulation + filtrationSurface reaction under UV lightActive decomposition without UV
Coverage area Limited to air near the carbonWorks best in a small enclosed spaceOnly effective under direct lightEntire surface, 24/7 effectiveness
Formaldehyde removal Weak, may quickly reach saturationSlow, may circulate formaldehyde insteadRequires sunlight, slow processEfficient capture + breakdown
Duration Needs frequent replacementFilter replacement every 3–6 monthsCoating may degrade quicklyLasts 6 months–1 year per application
Safety & ingredients May release dust or re-emit VOCsSafe but limited in effectMay contain titanium dioxide (possible allergen)Food-grade safe, non-toxic
Application method Passive placementPlug & play deviceUV spray-on, not suitable for all surfacesSimple spray coating
Maintenance HighMediumLowMinimal
Tested & certified

What the testing shows

Our Formaldehyde Remover was tested by SGS Singapore and removed 93.83% of formaldehyde. The formulation is tested to EN 717-1 and classified non-toxic under OECD 420.

93.83%Formaldehyde removal (SGS Singapore)
SGSCertified — Singapore & Japan
EN 717-1Formaldehyde emission standard
OECD 420Non-toxic classification