Behind Breathing Freely and Healthy Living
So, why choose EnzyCleanse over routine chemical applications?
There is a clear and important distinction between the two, presenting EnzyCleanse as the superior solution.
On one hand, chemicals such as bleach and peroxide are highly reactive and lose their effectiveness within hours. Other chemicals, such as ammonia, peroxide and chlorine are also non-specific and can pose a significant degree of risk, as anything that comes in contact with these chemicals may be harmed.
On the other hand, however, Enzymes are non-reactive and extremely stable with an effectiveness that can remain for months and even years. Since enzyme formulations can be altered for maximum penetration, these active ingredients can infiltrate deeper into affected areas and are developed to swiftly neutralise mould and airborne contaminants. Listed as GRAS ‘Generally Regarded As Safe’ by the FDA/USDA, EnzyCleanse is a fast-acting and cost-effective formula, offering a
2-year guarantee covering re-inspection and re-application at no charge for full-property treatments.
Comparisons of Enzymes vs Chemicals
Enzymes are organic and totally safe.
Everything in the Enzycleanse is recognised as 'Generally regarded as Safe (GRAS) by the FDA / USDA
Chemicals like ammonia, peroxide and
chlorine often have active ingredients
that pose a degree of safety risk
Enzyme formulations can be tailored
for maximum penetration.
This delivers active ingredients deeper into affected areas.
Chemicals, because they are consumed as they work, are not well-suited to penetrate and reach sub-surface contamination
Enzymes are non-reactive and very
stable. Their effectiveness can remain
active for years.
Chemicals such as bleach and peroxide
are highly reactive and lose
effectiveness within hours.
Enzymes in the Enzycleanse formulation are highly specific, developed to interact with biological contaminate, and are harmless to other substances.
Chemicals are non-specific: their effects
are not limited to biological contaminate.
Anything in contact with these chemicals
may be harmed.
Enzymes work catalytically, meaning that they enable reactions, but are not consumed in the process. Enzymes remain active and retain their effectiveness.
Chemicals are consumed as they react.
When they are used up, their effectiveness is over. No further cleaning will take place, but some contaminate may remain.
According to the World Health Organization (WHO), a considerable proportion of the world’s 300 million cases of childhood asthma is attributable to exposure to indoor dampness and mould.
How Does Indoor Mould
Affect Our Health?
Exposure to harmful agents inside our environments can have profound effects on our health.
Mould accumulates in damp and poorly ventilated buildings. Inhaling mould fragments or spores can inflame the airways, causing nasal congestion, wheezing, chest tightness, coughing and throat irritation.
Prolonged exposure to high levels of indoor dampness can reduce lung function and cause chronic health problems such as asthma. Those who already suffer from asthma and allergies are more likely to have more severe symptoms when exposed.
7 MILLION Australians have debilitating Respiratory Conditions aggravated by Airborne Contaminants?
People who live in damp and mouldy homes are also at increased risk of depression which, in turn may increase the risk of respiratory symptoms and Asthma.
Those with pre-existing allergies or asthma are at greater risks.
Mould can also cause health effects in otherwise healthy people. So measures to prevent or reduce mould exposure are important to everyone.