Gereedschapskoffer Parat 5853000391

The Parat 5853000391 tool box is a compact storage solution made of robust polypropylene with a transparent lid and neutral black exterior accents. With usable capacity of 11 liters and overall dimensions of 460 mm (width) × 80 mm (depth) × 355 mm (height), the case is designed to keep small parts and tools accessible and organized. The case includes matching inserts and trays that allow flexible subdivision of the interior, and it features a large carrying handle for transport.

Advantages

Adjustable partitions and supplied inserts let you configure compartments individually, offering up to 26 pockets when trays are used. Two front locks secure the clear cover and prevent content shifting. The case is stackable for tidy storage, has a relatively low own weight of 1,100 g, and is manufactured from durable polypropylene for long-term use.

Suitable for

• Storage of small parts such as screws, nuts, washers and fittings
• Organising hand tools and small accessories
• Transporting components between workshop and job site
• Stackable storage in workshops, vans or storage rooms

Key specifications

• Brand: Parat
• Model / MPN: 5853000391
• EAN: 4006793853614
• Material: polypropylene
• Usable capacity: 11 L
• Dimensions (W × D × H): 460 × 80 × 355 mm
• Weight: 1,100 g
• Colour: black with transparent lid
• Max pockets with trays: up to 26

How to use

Open the clear cover using the two front locks and arrange the supplied inserts and trays to create the desired compartment layout. Place small parts or tools into the configured pockets or larger compartments. Close and lock the lid before transporting the box using the large handle. For access to specific parts, open the cover and remove only the required tray or access individual pockets as needed.

Recommendations

For durable performance, avoid storing corrosive liquids inside the polypropylene case and keep the transparent lid clean to maintain visibility of contents. When stacking multiple cases, ensure locks are closed and load is evenly distributed to prevent deformation.