Enzyme Wizard – Wheelie Bin Cleaner & Deodoriser

Designed to break down organic, oily film and grime build-up into their basic elements and eliminate foul odours. Grime simply falls apart when the enzymes break down the organic bonds that holds it in place.

Enzyme Wizard is made in Australia

Enzyme Wizard’s Plant based multi-enzyme formula is designed to break down all organic waste matter including blood, grease, sweat, and urine. Soap-free, it leaves no residue, so will not attract dirt and grime and will not streak on any surface.

Safety: pH neutral, completely safe for children, pets, even when wet. Bio-degrades completely and so is totally safe for the environment.

The product is designed to discharge down the drain where the enzymes continue to attack built up waste in the pipes.

The enzymes eliminate biofilm (Please scroll down for details)

Gentle for allergies, asthma and skin irritation

The unique formulation allows four separate plant-based enzymes to co-exist and digest organic matter. It deodorizes by attacking the organic source of the odour. Suitable for all hard surfaces.

Ideal for cleaning wheelie bins, kitchen waste bins, rubbish trucks, rubbish chutes and bin rooms.

The enzymes in the Wheelie Bin Cleaner & Deoderiser break down oily film and grime into their basic elements, mainly carbon and hydrogen that integrate with the environment instead of polluting it.

Enzyme Wizard Wheelie Bin Cleaner & Deoderiser is designed for use on hard, filthy surfaces such as wheelie bins, kitchen waste bins, rubbish trucks, rubbish chutes and bin rooms. Grime simply falls apart when the enzymes break down the organic bonds that holds it in place.

Being soap-free, the product will leave no residue, so no rinsing will be required and the streak free surface will not attract dirt and grime. However, bins are best hosed out to remove debris.

Ideal for use with septic tanks as the enzymes assist the natural bacteria in break down waste material.

How to Use:
Do not mix Enzyme Wizard Wheelie Bin Cleaner & Deoderiser with any bleach, oxidisers, or other chemicals as this will de-activate the enzymes.

Shake well and spray liberally on to areas to be treated. Use a stiff brush and scrub the surface to assist with the breakdown of grime. Leave the surface to air dry slowly in order to give the enzymes longer to work.

For wheelie bins and outside areas, leave for at least 5 minutes. The enzyme solution should have softened the grime sufficiently to enable hosing, or washing down with clean water to remove debris. To maintain odour elimination, spray again after hosing down.

What is Biofilm?
Bacteria have an automatic mechanism by which they adhere to surfaces and to each other. They form communities and secrete a defensive, protective layer around themselves called of biofilm. Behind this protective layer, they are able to feed and multiply.
Biofilm is a community of bacteria encased in extra-cellular polymeric substance (EPS), often referred to simply as slime. Biofilm can form on any hard surface and will build up over time. Disinfectants are unable to penetrate the biofilm and this allows pathogens to flourish leading to contamination. Many commercial environments struggle to break-down the biofilm, allowing contamination to occur on any type of surface, especially in food preparation areas, food production machinery, filters, and pipes.
The use of aggressive chemicals such as caustic soda and bleach have been traditionally used to try to eliminate biofilm, but they are not completely effective. They also corrode materials and machinery, endanger users, and negatively impact the environment.
Enzymes are a more efficient, safer and environmentally friendly option.
It is a two-step process:
First, a multi-enzyme cleaning / detergent procedure is implemented. The enzymes act specifically on the EPS that forms the structure of the biofilm allowing the detergent to remove the biofilm.
Second, a disinfectant is used that can now reach and kill all of the exposed bacteria.
Unfortunately, some organisations are reluctant to switch from their traditional cleaning methods to an enzymatic and environmentally safe solution. Their established cleaning procedures need not change fundamentally. This is because the two stage, enzymatic procedure will only be needed periodically to keep the biofilm under control.