Storage container with lid Plast Team HOME BOX FLEX 15L (BX15464)

Plast Team HOME BOX FLEX 15L is a lightweight plastic storage container with a snap-on lid designed for everyday household organisation. With a 15-litre capacity and a stackable shape, this container provides a practical solution for storing small items, accessories, toys and tools while keeping them easily accessible. The secure lid helps protect contents from dust and keeps stacks stable when stored on shelves, in wardrobes or in the garage.

Advantages

The container is made from durable, lightweight plastic that is easy to clean and resistant to common household wear. Its snap-on lid locks into place to prevent accidental opening while still allowing convenient access when needed. The stackable design maximises storage space and supports stable vertical organisation. The neutral appearance fits a variety of interiors and storage systems without taking up excessive room.

Suitable for

• Storing kitchen accessories, pantry items and utensils
• Organising wardrobe accessories such as scarves, belts and linens
• Keeping toys and craft materials tidy
• Small tool and hardware storage in a garage or workshop
• Office supplies and paperwork sorting

Key specifications

• Capacity: 15 litres
• Material: durable lightweight plastic
• Lid type: secure snap-on lid
• Design: stackable for vertical storage
• Typical uses: household storage, toys, tools, textiles, office supplies

How to use

Place items into the container without overfilling to preserve lid closure effectiveness. Align the lid with the container rim and press until the snap-on mechanism engages. For stacking, ensure lids are fully secured and check that stacked units are stable before moving or storing at height. Clean with a damp cloth and mild detergent; avoid abrasive cleaners or high-temperature exposure.

Usage recommendations

Store similar items together and label the container externally if you need quick identification. For long-term storage of heavy objects, use multiple smaller containers rather than overloading a single unit to maintain structural integrity and stack stability.