KEEEPER Measuring Bucket with Spout 5L Mika, Transparent, Ø24x20cm, Food Safe, BPA-Free, Stackable

Measuring and pouring liquids can be messy and imprecise, especially in busy kitchens, workshops, or gardens. The KEEEPER Bucket with spout 5L Mika solves this by combining a generous 5-liter capacity with an integrated spout and ergonomic handle, ensuring clean, controlled pouring every time. Its transparent polypropylene body with printed measuring scale lets you see contents and measure accurately at a glance.

Who is it for

This bucket is ideal for home cooks, professional chefs, gardeners, DIY enthusiasts, and anyone who needs a reliable container for mixing, measuring, and transferring liquids or dry goods. It is equally at home in the kitchen for brining or mixing, in the laundry for dosing detergent, or in the workshop for handling water, paints, or cleaning solutions.

Main features

• Integrated spout for drip-free, precise pouring
• Ergonomic plastic handle for comfortable carrying, even when full
• Clear measuring scale in liters and milliliters for accurate portioning
• Food-safe and BPA-free polypropylene construction
• Stackable design saves storage space
• Wide temperature resistance from -20°C to +100°C
• Good chemical resistance to most acids, alkalis, and solvents
• Round shape with 24 cm diameter and 20 cm height

Specifications

• Brand: KEEEPER
• Model: Mika
• Capacity: 5 liters
• Material: Polypropylene (PP)
• Colour: Transparent
• Diameter: 24 cm
• Height: 20 cm
• Graduation: Yes (liters/milliliters)
• Pouring lip: Yes
• Food safe: Yes
• BPA free: Yes
• Temperature resistance: -20°C to +100°C
• Stackable: Yes
• Handle material: Plastic (PP)
• Intended use: Measuring, mixing, pouring liquids and solids

Tips

To ensure accurate measurements, place the bucket on a flat surface and read the scale at eye level. After use, rinse with warm water or place in the dishwasher for easy cleaning. When storing, stack multiple buckets to save space. Avoid exposing the bucket to open flames or temperatures above 100°C.