Spieth
wire mesh containers are reusable steel material handling units engineered for industrial logistics environments where durability, stackability, and space efficiency are required.
They are widely deployed in warehouse distribution systems, manufacturing plants, and closed-loop supply chains.
Each container is designed based on standardized pallet dimensions to ensure compatibility with global warehouse handling systems.
Product Definition & Engineering Scope
• Category: Foldable wire mesh storage container (industrial reusable type)
• Function: Bulk material storage, return logistics optimization, warehouse circulation
• Handling system: Forklift, pallet jack, automated warehouse transfer systems
• Design principle: Space reduction during empty return transport
• Structural standard: Reinforced welded steel frame architecture
Material Engineering & Surface Treatment
• Base material: Low-carbon steel wire (industrial grade Q235 equivalent)
• Wire forming process: Cold-drawn steel wire with precision welding joints
• Welding type: Full penetration resistance welding for structural integrity
• Surface coating: Hot-dip galvanizing (anti-rust industrial standard)
• Corrosion resistance: Suitable for humid warehouse environments
Structural System Breakdown
• Side panels: Reinforced welded mesh grids for load containment
• Base frame: U-channel steel skid structure for forklift entry
• Folding system: Hinged collapsible mechanism for return logistics
• Corner posts: Vertical stacking reinforcement columns
• Locking system: Mechanical locking points for stacked stability
Performance Parameters & Load Behavior
• Static load capacity: 800–1500 kg depending on configuration and wire gauge
• Dynamic handling: Designed for repeated forklift lifting cycles in warehouse environments
• Stack performance: 3–4 layers under evenly distributed load conditions
• Load distribution principle: Mesh structure distributes pressure across frame joints
• Operational cycle: Suitable for high-frequency reuse in logistics circulation systems
Operational Constraints & Safety Conditions
• Designed for dry, non-corrosive industrial environments
• Not recommended for chemical storage or liquid containment applications
• Stack height must be adjusted based on load distribution and floor flatness
• Forklift handling requires balanced entry from base skid channels
• Dynamic stacking is not recommended during transport movement
Industrial Standards & Manufacturing Practices
• Production system aligned with ISO 9001 quality management principles
• Welding inspection follows industrial structural steel joint standards
• Surface treatment follows hot-dip galvanizing anti-corrosion industrial benchmarks
• Load testing conducted under static and stacking simulation conditions
• Manufacturing consistency controlled via batch-level quality inspection process
Logistics System Integration Logic
• Compatible with palletized warehouse storage systems (EUR/US pallet standards)
• Optimized for return logistics reduction through foldable structure design
• Supports manual and mechanical handling workflows
• Designed for integration into standardized warehouse circulation loops
• Suitable for centralized distribution and multi-location inventory systems