Tool box Stanley 1-70-326 Black Width 475 mm Depth 284 mm Height 630 mm

The Stanley 1-70-326 tool box is designed to keep small parts and hand tools organized and protected. With a robust black shell and compact footprint, this tool box measures 475 mm wide, 284 mm deep and 630 mm high, providing a practical balance between storage capacity and portability. Its construction aims to deliver long-term protection for tools in domestic workshops, on job sites or in storage areas.

Advantages

This Stanley tool box offers a durable exterior that resists daily wear and provides reliable protection for stored tools. The dimensions give enough internal volume for assortments of hand tools, fittings and accessories while remaining manageable to carry and place in vehicles or on shelves. The straightforward design facilitates quick access to contents and efficient organization of small parts.

Suitable for

• Home workshop storage of hand tools and fasteners
• Transporting tools to job sites
• On-site maintenance and service kits
• Organizing spare parts and fittings in garages or utility rooms

Key specifications

• Overall dimensions: 475 mm (width) × 284 mm (depth) × 630 mm (height)
• Color: black
• Construction: rigid shell suitable for tool protection
• Capacity: designed for small parts, hand tools and accessories
• Portability: size suitable for carrying and vehicle storage

How to use

Place the tool box on a stable surface and open the lid to arrange tools and small parts inside. Use internal compartments or removable trays if present to separate items by type or size. Close and latch the box before moving it to prevent contents from shifting. Position heavier tools at the bottom and lighter items or small parts in separate containers or trays to maintain order and protect fragile components.

Usage recommendations

Store the tool box in a dry place to prevent corrosion of metal tools. Regularly check latches and hinges for wear and clean interiors to remove debris. For safe transport, secure the tool box in your vehicle and avoid overloading beyond its intended capacity.