Lil'Bit Better
Lil'Bit Better Rosalina Toilet Cleaning Tablets (20) - Organic
Lil'Bit Better Rosalina Toilet Cleaning Tablets (20) - Organic
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These mildly fizzy, Rosalina toilet cleaning tablets are hand made in small batches and not only smell great, but are also made from all natural, organic ingredients to keep your toilet clean and fresh while protecting our waterways.
Remember, these aren't bath bombs so will not fizz up like them! Citric acid is great for cleaning, not for the fizz but for its ability to lower the pH levels of bacteria, some of which cause staining and discolouration. The acid does this by dissolving into the water and penetrating the cell walls of mold, mildew, and bacteria, killing it off and 'cleaning' it away.
The fizz is a reaction between the bicarb and water and in fact you can even buy liquid citric acid that doesn't fizz at all! These tablets will never be like a bath bomb, they are made to clean loos and kill off that bacteria. When the tablet is dropped into the loo, the citric acid will fizz slightly BUT you may not be able to see what's going on from above, but as you can see in the video here, there is plenty happening in the water beneath. The tablet will collapse leaving a white powder in the bottom of the bowl which acts as an abrasive when swished around the bowl with your loo brush.
Rosalina is also referred to as the Lavender tea tree and is an Australian Native oil packed with antibacterial properties. Its scent is slightly woody, camphoraceous and floral with rosy undertone.
Suitable for bio, septic and greywater systems. Feeds beneficial bacteria in effluent tanks
- Hypoallergenic
- Palm Oil Free
- Cruelty Free
- Paraben Free
- Low Scent
- No perfumes
- Phosphate Free
- HOME COMPOSTABLE PACKAGING: PLA Pouches take up to 360 days to break down into fertilizer, water and carbon dioxide in household compost comprised of household and kitchen waste. PLA (not to be confused with PVA) is a polyester (a polymer containing the ester group) made with lactic acid and lactide. Lactic acid can be produced by the bacterial fermentation of carbohydrates under controlled conditions.
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