7.5 kg Multicolor Laundry Powder Detergent Ultraconcentrated (Kleantab)

Wash more, spend less, and enjoy an impeccable clean in every load. Kleantab Multicolor Laundry Powder Detergent offers up to 1,000 washes with an ultraconcentrated formula that removes stains, protects colors, and leaves a fresh, long-lasting fragrance.

Features

• Yields up to 1,000 washes.*
• High-performance ultraconcentrated formula.
• Compatible with HE (High Efficiency) washing machines.
• Helps eliminate stains and unpleasant odors.
• Revives the color of garments.
• Fresh and long-lasting fragrance.
• Eliminates 99.9% of germs and fungi.***
• Biodegradable.**
• Made in Costa Rica.
• Compatible with both front-loading and top-loading washing machines.

How to Use

In automatic or semi-automatic washing machines:

• Medium load (4 kg): 8 g (1 scoop).
• Large load (8 kg): 16 g (2 scoops).
• Extra-large load (12 kg): 24 g (3 scoops).

Hand washing:

• Dissolve 8 g (1 scoop) for every 10 liters of water.

Use the recommended amount based on the load size and soil level for best results.

Ingredients

Composition:

• MONOPOL LAE 9: 0–11%
• Deterliquid: 0–11%
• ERCATENS LSSP: <3%
• Benzoate-sorbate complex: <3%
• Sodium carbonate: 15–35%
• Hydrated silica: 5–20%
• Sodium citrate: 3%
• Protease: <1%
• Amylase: <1%
• Lipase: <1%
• Cellulase: <1%
• Mannanase: <1%
• Citric acid: <5%

Presentation and Storage

Presentation:

• 1 reusable bucket containing 7.5 kg of 4-in-1 Multicolor Laundry Powder Detergent.
• Yields up to 1,000 washes, depending on load size and dosage.*
• Reusable bucket designed to protect the product from moisture and facilitate storage.

Storage:

Keep the product in a cool, dry place away from direct sunlight. Keep the bucket tightly closed after each use to preserve the quality of the detergent and prevent moisture exposure.

* Performance may vary based on load size and dosage used.

** Biodegradability evaluated using INTE/ISO 10707:2018 methodology.

*** Antifungal and antibacterial power evaluated using UNE-EN 1040:2006 methodology.