Trash can keeeper tjark 3 L Nordic Grey rattan look with pedal

The keeeper tjark 3 L trash can in Nordic Grey features a rattan-look texture and a pedal-operated lid designed for compact spaces. With a 3-litre capacity, this lightweight bin is intended for bathrooms, small kitchens, offices or other areas where a discreet, hygienic waste solution is needed. The rattan-style finish offers a decorative appearance while the pedal mechanism enables hands-free opening for convenient disposal.

Advantages

The pedal-operated lid provides hands-free access to reduce contact with the bin surface and support hygienic use. The compact 3-litre capacity makes the bin suitable for confined spaces while remaining easy to move and empty. Its rattan-look texture adds a decorative element that blends with modern and natural interior styles. The plastic construction is easy to clean and resistant to moisture, making it appropriate for environments such as bathrooms or kitchens.

Suitable for

• Small bathrooms and washrooms
• Office desks and workstations
• Compact kitchens and kitchenettes
• Bedrooms and utility rooms

Key specifications

• Capacity: 3 litres
• Color and finish: Nordic Grey with rattan-look texture
• Opening mechanism: pedal-operated lid for hands-free use
• Material: lightweight plastic construction
• Intended placement: indoor use in small spaces

How to use

Place the bin on a flat, stable surface in the chosen room. Press the pedal with your foot to open the lid and release to close. For waste disposal, remove the inner container or lift the lid after pressing the pedal, depending on the model's inner design, and empty into a larger refuse bag or bin. Clean the interior and exterior with a damp cloth and mild detergent; avoid abrasive cleaners that could damage the rattan-look finish.

Usage recommendations

To maintain hygiene and prolong the life of the bin, use a small liner or bag that fits the 3-litre capacity, regularly empty the contents, and clean surfaces periodically. Keep the bin away from direct heat sources and avoid overloading beyond its intended capacity.