Bio Enzyme Cleaning Powder laundry detergent stain remover whitening powder with biological protease and sodium percarbonate for fabrics carpets upholstery, 260g capacity in eco-friendly packaging
Bio Enzyme Cleaning Powder with Protease and Sodium Percarbonate for Laundry and Fabric Stain Removal

This 260g bio enzyme cleaning powder offers a targeted approach to removing tough stains from textiles and soft furnishings. Its formulated blend combines the stain-lifting power of surfactants with the specific action of enzymes, designed to address common household cleaning challenges on washable fabrics, carpets, and upholstery. The inclusion of sodium percarbonate provides a bleaching and brightening effect, while the biological protease works on protein-based residues. This product provides a multifunctional cleaning solution contained within a single, measured package.
Features and Construction
The cleaning power of this powder comes from a defined set of active ingredients, each serving a distinct role in the cleaning process. The construction is focused on the chemical composition rather than physical build, with ingredients selected for their specific interactions with stains and dirt.
Material and Build
The core materials are the listed chemical ingredients: sodium percarbonate, sodium dodecyl benzene sulfonate, biological protease, and EDTA2 sodium. Sodium percarbonate releases hydrogen peroxide in water, acting as a bleach alternative for colour restoration. Sodium dodecyl benzene sulfonate is a surfactant that reduces surface tension, helping water to penetrate fibres and suspend dirt for rinsing away. The biological protease enzymes break peptide bonds in proteins, making them effective against stains like blood, egg, or grass.
Size and Practical Fit
The product is supplied as a powder with a stated capacity of 260g. This amount provides multiple uses from a single package, suitable for periodic stain treatment or incorporated into regular laundry cycles. The powder form allows for controlled portioning, whether used as a pre-treatment paste or added directly to the washing machine drum or detergent drawer.
Uses and Placement
This cleaning powder is designed for application on a variety of washable surfaces where stain removal and whitening are desired. Its enzyme component makes it particularly relevant for organic stains, while its general cleaning agents broaden its use.
Event or Professional Use
For settings requiring periodic deep cleaning, such as hospitality or rental properties, this powder can address set-in stains on linens, towels, or soft furnishings. The enzymatic action can help maintain fabric appearance between professional cleans. It may also be used for revitalising textiles in settings like gyms or sports facilities where protein-based sweat stains are common.
Everyday Home Use
In domestic settings, this product is applicable for routine laundry to boost standard detergent performance, especially for heavily soiled workwear, children's clothes, or sports kits. It can be used for spot treatment on carpets or upholstery for accidental spills. The 260g size is practical for household storage and provides enough product for multiple treatments.
Benefits and Buying Value
The value of this cleaning powder lies in its multifunctional formulation targeting specific stain types and its measured quantity that allows for extended use.
Reuse and Low Maintenance
A single 260g package offers numerous applications, whether for full laundry loads or targeted pre-treatment. The powder format typically requires only standard storage conditions—a cool, dry place—to maintain efficacy over time, with no special maintenance needed for the product itself.
Why Choose This Product
This product provides a combination of enzyme action for protein stains and peroxide-based whitening in one formulation. Its specified ingredient list allows users to understand the cleaning mechanisms, and the 260g capacity gives a clear quantity for usage planning. It avoids the need for separate stain removers and brighteners in some cleaning scenarios.