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Biological drain maintenance enzyme products are an extremely effective and environmentally friendly way of digesting grease and fat, keeping drains clear from the build up of natural waste, eliminating the need to empty grease traps cutting costs and reducing foul odours.
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How do enzymes work?
What are enzymatic cleaners
and how do they work?
Although not a new innovation, enzymatic cleaners are gaining increased attention from cleaning professionals, and for good reason.
​Eco-friendly by nature, the cleaners utilise non-pathogenic, beneficial bacteria. Similarly to how probiotics ensure the healthy state of our gut, microorganisms in cleaning products metabolise organic wastes by generating enzymes. Enzymes disintegrate specific large molecules into smaller components and, in turn, these smaller fragments serve as nourishment for the microorganisms.
As the microorganisms ingest the soils, they break them down into fundamental compounds: carbon dioxide and water. The beneficial bacterial population proliferates until their food source diminishes (i.e. the soil is depleted). At this point, the population stabilises or declines, and they can either be rinsed away during subsequent cleaning or continue their action against new soils.
Our company offers two basic ranges: biological products and enzyme products; as well as the blends of the two. Both groups, at some stage, utilise living organisms, but they differ in their mechanisms.
The biological products contain beneficial live bacteria ready to generate enzymes: the process starting on contact with the soils, their food source.
The enzyme range, on the other hand, is free of live bacteria. Instead, it harnesses the power of the harvested enzymes (originally produced by bacteria) and uses them as the active ingredient.
The most common enzymes used in cleaning products include:
Protease: targets protein-based stains such as blood, sweat, food residues, and grass stains.
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Lipase: is effective against grease, oil, and fat-based stains, breaking down fatty acids into smaller components.
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Amylase: targets starch-based stains from foods like pasta, rice, potatoes, and sauces, breaking down complex carbohydrates into simpler sugars.
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Cellulase: helps remove cellulose-based stains, such as those from fruits, vegetables, grass, and mud, by breaking down cellulose fibers.
Mannanase: targets stains caused by gums, thickeners, and other polysaccharides found in food products and personal care items.
Pectinase: is effective in removing fruit and vegetable stains by breaking down pectin, a complex polysaccharide found in cell walls.
Urease: is used to tackle stains caused by urine and other bodily fluids by breaking down urea into simpler components.
Benefits to using
bio-enzymatic cleaners:
Effective Stain Removal: Bio-enzymatic cleaners utilise natural enzymes to break down organic stains, effectively removing even tough and deep-set dirt and grime.
Odour Elimination: By targeting the source of odours, bio-enzymatic cleaners don't 'mask' unpleasant smells but eliminate causes of foul smells, leaving behind a fresh and clean environment.
Environmentally Friendly: Derived from natural sources and biodegradable, bio-enzymatic cleaners offer an eco-friendly alternative to traditional chemical cleaners, reducing harm to the environment.
Versatility: Bio-enzymatic cleaners are versatile and can be used for various cleaning applications, including household surfaces, carpets, upholstery, pet areas, drains, and even septic systems, providing a single solution for multiple cleaning needs.