The Better Principle on your Counters

We applied our Triangle of Trade-offs to engineer a tough cleaning cream that actually scrubs away heavy grime without relying on harsh industrial solvents or synthetic ammonia. Conventional abrasive creams often use aggressive chemical degreasers and synthetic perfumes that leave toxic residues on your food preparation surfaces and are incredibly harsh on your skin. You simply won't find any of that in our bottles.

Instead, we rely on the natural, gentle scouring power of Calcium Carbonate to lift dirt, paired with genuine Pine Oil (Pinus sylvestris) to naturally cut through grease. The result is a highly effective, genuinely tough cream that handles the worst kitchen and bathroom messes using earth-safe ingredients.

The Facts (Why It Works)

• The Displacement Factor: Our bottles are made entirely from already-recycled PCR plastic. When you're done, the bottle, cap, and label are all fully recyclable.
• The Heavy Lifter: Acts exactly like your standard leading-brand surface cream - use the exact same amount for brilliant results on tiles, countertops, and stainless steel.
• Gentle Abrasive: Natural Calcium Carbonate powers through spills and grease without scratching your surfaces.
• Kind to Hands: Free from harsh solvents and sulphated surfactants, making it much better for sensitive skin and preventing irritation.
• Gentle but Tough: Free from harsh ingredients, parabens, and synthetic colourants, making it easy on sensitive skin without sacrificing cleaning power.
• Earth & Animal Approved: 100% biodegradable, greywater safe, and septic tank friendly. Proudly endorsed by Beauty Without Cruelty and The Vegan Society.
• Local Impact: Manufactured right here in South Africa, keeping our carbon footprint as low as possible.
• Naturally Scented: Available in a naturally scented Pine essential oil.

How to use

Always shake slightly before use. Apply the cream directly to the surface or onto a damp cloth, then simply wipe over to penetrate and remove dirt. Gently rinse the surface with a clean, damp cloth afterwards. Note: Because this is a completely natural product, slight inconsistencies in color or natural settling might occur - just give it a quick swirl.

The Complex Bit

Here is the full, unfiltered list of exactly what goes into our bottles.

Water (aqua), calcium carbonate, C9-11 alcohol ethoxylate, sodium silicate, benzyl alcohol, pinus sylvestris (pine) oil, xanthan gum, citric acid, guar gum.

Frequently Asked Questions

Why does this smell so familiar (and so strong)? This cream smells incredibly similar to a certain mass-market cleaning brand we all grew up with here in South Africa. It is a bit of a "Marmite" situation - some people absolutely love the nostalgic, heavy-duty scent, while others find it quite strong! The crucial difference? Theirs relies on a cocktail of synthetic perfumes. Ours gets that iconic, punchy aroma naturally: the heavy lifting comes from pure Pine Oil (Pinus sylvestris), while Sodium Silicate provides that sharp, slightly chalky undertone of a serious cleaner. Combined with our soapy base, it perfectly mimics the smell of a traditional chemical cream. It works just as hard, but the scent comes from nature, not a test tube.

Will this scratch my stainless steel appliances? No, it won't. The cleaning power comes from Calcium Carbonate, which is a very fine, natural, chalk-like mineral. It provides excellent "grip" to lift baked-on grease and soap scum, but it is gentle enough not to scratch stainless steel, glass, or ceramic tiles when used with a damp cloth.

Why do I need to shake the bottle? Because we refuse to use synthetic homogenisers or heavy chemical binders to artificially hold our formula together permanently. The natural pine oil and calcium carbonate can sometimes settle or separate slightly while sitting on the shelf. A quick shake wakes the ingredients right back up.

Why does your packaging sometimes look slightly different? Because we use already-recycled PCR plastic. The colour and texture of recycled materials can vary slightly from batch to batch. We view this inconsistency as a badge of honour—it is physical proof that we are actively displacing virgin plastics rather than prioritising a "perfect" cosmetic look.