Enzyme Wizard All Purpose Cleaner 1L

Safely clean all surfaces including: countertops, wooden benches, cooking areas & range hoods, etc.

The enzymes in our Multi purpose Surface Spray break down oily film and grime buildup into their basic elements. Carbon, hydrogen and other elements readily integrate with the environment instead of polluting it. Even fingerprints, cigarette smoke buildups, bug juice, road tar and coastal salt simply fall apart when our enzymes break down the organic bonds that holds them in place. And there's no VOC’s because there is no alcohol or ammonia.

Use: Spray & then wipe with clean cotton or microfibre cloth.

Important Information

For new surfaces use the dilution rates outlined on the packaging and follow general cleaning instructions.

For surfaces or areas that are badly soiled, mix a 1:1 solution and then scrub the surface with a soft brush, not a hard brush as the bristles won’t get into the grouting because it is lower than the surface of the tile.

In hard to reach areas of a surface or anywhere in a general area, spray the surface cleaner onto the area and wipe down. The enzyme solution should soften and all that is needed should be to wash the area down with water.

Do not mix the Surface spray with any bleach or oxidisers as this will deactivate the enzymes.

It is also recommended that when starting to use the Surface Spray for general cleaning, use new microfiber cloths and any ;other brushes or equipment you use, as there maybe residual soap and or scum on the cloths or on the brushes.

In hard to reach areas ( under counters or equipment one can just spray the Surface spray into the area for a couple of days. When the organic matter softens wipe down with mop or cloth.

This product is also available in 1 litre 'spray', 5, 10 & 20 litre sizes.

A two-step, Multi-enzyme method

Using an easy two-step cleaning procedure comprising a Multienzyme mix based on enzymes followed by a biocide step is an efficient way to rid surfaces of biofilm.

The enzymes act specifically on the EPS that forms the structure of the biofilm, degrading it and allowing the detergent to remove the biofilm. This enables the subsequent disinfectant step to reach all the way down to the exposed bacteria and kill them.