Metal Pallet Crates for Bulk Parts

Standard sizes vary based on model and application. Common configurations include dimensions such as 33 x 36 x 18 inches, 33 x 48 x 24 inches, 32 x 40 x 24 inches, and 36 x 48 x 24 inches. Capacities typically range from 11 to 22 cubic feet, with custom lengths, widths, and height increments available upon request.

Available steel containers support capacities of 3,000 lbs, 4,000 lbs, 5,000 lbs, and up to 6,000 lbs depending on the selected model and construction. Heavy-duty designs are built from heavy-gauge steel to hold bulk stampings, forgings, castings, and industrial hardware securely during plant material handling, storage, and bulk parts transportation.

Metal pallet crates and storage containers are manufactured using heavy-duty steel options ranging from 7 gauge, 10 gauge, 12 gauge, to 14 gauge steel. The choice of steel gauge depends on your load requirements, structural durability needs, and the specific handling demands of your manufacturing, assembly, or warehouse operations.

Four-way fork truck entry allows lift trucks to access and move metal pallet crates from any side. This configuration enhances forklift maneuverability in tight aisles, accelerates staging along production lines, and optimizes floor space utilization when spotting containers at assembly workstations or within high-density warehouse storage systems.

Yes. Specialized models such as drop bottom containers and gravity-feed Flowmatic containers discharge bulk parts through the bottom or angled front directly to operator fingertips. Additionally, roll-over boxes are engineered with rugged channel understructures for quick, controlled emptying using rotary head forklift attachments in high-volume production operations.

Smooth-sided steel containers are engineered with continuous, solid-welded seams and capped legs to eliminate internal crevices and hiding spots where stray hardware can lodge. This smooth interior design minimizes cross-contamination of fasteners, small stampings, and metal parts across multi-part production runs and quality-controlled assembly environments.