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Steel wire containers—also known as storage cages or metal mesh containers—are constructed from high-quality steel using a welded mesh structure. They are characterized by their exceptional sturdiness, durability, and high load-bearing capacity.
These containers feature stackable and collapsible designs, excellent visibility, and effective ventilation and dust-proofing capabilities. They are corrosion-resistant, impact-resistant, and fully recyclable. Widely utilized in factory workshops, warehouses, and logistics hubs, they serve as essential equipment for the storage, handling, and turnover of heavy-duty industrial materials.
The mesh structure allows for the organized storage of parts, finished goods, raw materials, and bulk items, enabling systematic arrangement that ensures a neat and orderly environment.
Designed for interlocking vertical stacking, these containers fully utilize the vertical space within a warehouse, thereby significantly reducing floor space requirements.
The base is designed to accommodate four-way entry for forklifts and pallet jacks, facilitating rapid and efficient material transfer between workshops, warehouses, and logistics centers.
The open mesh design ensures excellent airflow and prevents water accumulation, making it ideal for storing moisture-sensitive materials or items that require ventilation.
The transparent mesh structure provides a clear view of the contents inside, allowing for quick and easy inventory counts and material retrieval.
When not in use, the containers can be folded down to a compact size, minimizing the volume occupied by empty units and reducing wasted storage space.
Highly resistant to drops and compression, these containers are built to withstand heavy use without easily sustaining damage. Their long service life and reusability help enterprises reduce ongoing costs associated with material handling consumables.
Constructed from thickened steel, the overall structure is exceptionally stable. It is capable of supporting heavy and high-volume loads while offering strong resistance to compression and impact, ensuring it remains free from deformation or damage.
Designed for multi-layer vertical stacking, these containers maximize the utilization of vertical warehouse space. Furthermore, when empty, they can be folded down for compact storage, significantly reducing the floor area occupied by idle units and lowering overall warehousing costs.
Featuring a fully transparent mesh design, internal contents are visible at a glance; inventory checks, item searches, and verification can be performed quickly without the need to open the container, thereby enhancing warehouse management efficiency.
The open mesh structure ensures ample airflow and breathability, preventing the accumulation of dust and water. This effectively safeguards materials against moisture damage and mold growth, making it ideal for storing various goods that require ventilation.
Constructed for exceptional durability and sturdiness, the unit is designed for long-term, repetitive use without the need for frequent replacement. Compared to single-use packaging, it significantly reduces a company's logistics and warehousing consumable costs.
The base features standard fork entry slots, supporting four-way access for both forklifts and pallet jacks. This enables seamless, integrated material transfer across workshops, warehouses, and logistics transit hubs, ensuring highly efficient operations.
Resistant to oil, impact, and extreme temperatures (both high and low), the unit is suitable for use in diverse environments—including workshops, cold storage facilities, and outdoor yards—effectively meeting the material storage requirements of various industries.
1. Constructed from high-quality cold-rolled, hardened, and welded steel, offering high structural strength and substantial load-bearing capacity.
2. Features uniform specifications and fixed capacity, allowing for clear visibility of stored goods and facilitating easy inventory management.
3. The surface is zinc-plated, providing an aesthetically pleasing finish, excellent oxidation resistance, and a long service life.
4. Manufactured to international standards, allowing for seamless integration with shipping containers to effectively maximize space utilization.
5. Stackable up to four layers high, enabling efficient vertical storage solutions.
6. Features an eco-friendly surface treatment; it is hygienic and inert, ensuring that its use—whether for turnover, storage, or recycling—does not pollute the environment.
7. Compatible with equipment such as forklifts, pallet jacks, lifts, and cranes, enabling highly efficient operational workflows.
8. Features a collapsible structure that minimizes return shipping costs, making it an ideal alternative to traditional wooden packaging crates.
9. Wheels can be installed on the base, making internal factory transport and material handling extremely convenient.
Key Features of Steel Turnover Bins: Full steel construction offering high load capacity, robustness, and durability; a scientifically engineered collapsible design that saves both space and cost; a standardized design compatible with equipment such as forklifts and cranes; and multi-layer stackability, enabling efficient vertical storage systems!
Capable of stable, multi-tier stacking when fully loaded, and quick, compact folding when empty. This flexible switching between storage and stowage modes offers exceptional practicality.
The full-mesh design serves the dual purpose of storage and display, facilitating easy inventory inspections and material sorting while preventing stock accumulation or oversight errors.
Integrated positioning latches on the top and bottom edges automatically interlock upon stacking, preventing misalignment or tipping to ensure safety during both storage and handling.
Designed with standardized dimensions, the unit is compatible with a wide range of warehouse shelving systems and logistics equipment. Its universal applicability across different factory zones and scenarios facilitates centralized management.
Dimensions and load-bearing capacity can be customized to specific requirements. Additionally, accessories such as casters, access doors, dividers, and dust covers can be added to meet unique operational needs.
Constructed entirely from metal, the unit can be recycled and repurposed at the end of its service life. This eco-friendly design aligns with modern industrial standards for sustainable warehousing.
Constructed from high-strength Q235 cold-rolled steel wire and steel plates. The material is characterized by its hardness, excellent toughness, and resistance to bending, compression, and tension, ensuring that it maintains its load-bearing capacity without deformation over the long term.
Utilizes fully automated resistance welding and full-seam welding techniques. The weld points are uniform and robust, free from weak or detached welds, ensuring tight grid connections and high overall structural integrity.
Treated using processes such as electrostatic powder coating, hot-dip galvanizing, or electroplating. The resulting coating features strong adhesion, providing superior resistance to rust, corrosion, and abrasion, thereby extending the product's service life.
Reinforcing ribs and frames are added to the corners and base of the container. This design ensures uniform load distribution, significantly enhances overall load-bearing capacity, and prevents localized deformation.
The container corners undergo a rounded-edge finishing process to eliminate sharp burrs, thereby preventing scratches to stored materials and ensuring the safety of operators. The folding hinges operate smoothly, allowing for effortless handling.
The base features channel steel reinforcements at the forklift entry points. These standardized dimensions ensure compatibility with various types of forklifts and pallet jacks, allowing for smooth lifting operations and preventing slippage during transport. Steel Wire Mesh Container: Technical Specifications and Material Table
Main Body Material：Q235 High-Strength Cold-Rolled Steel Wire, Cold-Rolled Steel Sheet, Galvanized Steel Tubing
Wire Diameter ：4.0mm, 5.0mm, 6.0mm, 6.5mm, 8.0mm
Mesh Grid Size ：50×50mm, 50×100mm, 100×100mm
Standard External Dimensions (L×W×H)：800×800×600mm, 1000×800×800mm, 1200×1000×900mm, 1500×1200×900mm (Non-standard customization available)
Rated Load Capacity ：500kg, 800kg, 1000kg, 1500kg, 2000kg
Stacking Capability：Stackable up to 2–5 layers when fully loaded
Bottom Frame ：Reinforced with channel steel/square tubing; load-bearing and compression-resistant without deformation
Surface Treatment Process： Electrostatic Powder Coating, Hot-Dip Galvanizing, Electro-Galvanizing
Fork Entry Method：Four-way entry; compatible with forklifts and manual pallet jacks
Product Structure： Fixed (Rigid) Type, Foldable Type
Welding Process：Fully automatic resistance welding / full-seam welding; strong weld points with no cold welds
Product Weight：30–80kg (Varies based on dimensions and load capacity)
Applicable Environments：Standard-temperature workshops, warehouses, cold storage facilities, outdoor storage yards, logistics transit zones
Optional Accessories： Casters, Access Gates/Doors, Dividers/Partitions, Dust Covers, Label Holders/Slots
Categorized storage of parts, semi-finished products, and hardware components within the workshop; utilized for circulation and turnover along assembly lines.
Centralized storage of goods with multi-layer stacking capabilities; enhances warehouse storage capacity and facilitates quick, convenient inventory counting.
Organized storage for auto parts, stamped components, and rubber parts; robust and pressure-resistant, ideal for high-volume circulation.
Storage for standard parts, tools, castings, and heavy-duty materials; sturdy, durable, and features high load-bearing capacity.
Storage for small items, parcels, and daily necessities; the mesh design ensures ventilation and breathability, preventing moisture accumulation.
Circulation and storage for fruits, vegetables, and agricultural by-products; the open-mesh design promotes airflow, effectively preventing spoilage and mold growth.
Galvanized models offer rust and moisture resistance, making them suitable for cold storage facilities, humid workshops, and fresh-product warehousing/transit.
Centralized collection, transit, and stacking of loose cargo, scrap materials, and recyclables.
Storage and circulation for small soft furnishings and accessories; the visible mesh structure facilitates easy sorting and inventory management.
1. Problem: Instability during multi-layer stacking—shaking, tilting, or sliding.
Solution: Improper vertical alignment, deformation of the base, or uneven flooring.
Recommendation: Ensure the ground surface is level; align the interlocking buckles precisely when stacking; reduce the number of stacked layers if any mesh containers are deformed.
2. Problem: Mesh deformation, frame bending, or bottom sagging.
Solution: Severe overloading, uneven distribution of cargo (piled heavily on one side), or prolonged exposure to heavy pressure.
Recommendation: Strictly adhere to the rated load capacity; distribute cargo evenly within the container; for heavy-duty loads, select the thickened and reinforced models.
3. Problem: Rusting in humid environments, paint chipping, or corrosion at weld points.
Solution: Standard powder-coating offers limited corrosion resistance; issues arise in workshops with high humidity or when the protective coating is damaged.
Recommendation: For humid or outdoor environments, select the hot-dip galvanized models; promptly touch up paint on any damaged areas; ensure regular ventilation and drying.
4. Problem: Difficult to lift with forklifts or pallet jacks; prone to getting jammed or damaging the frame structure.
Solution: Deformed fork entry points; containers packed too densely; improper handling procedures.
Recommendation: Designate clear handling aisles; ensure proper four-way fork entry; strictly prohibit forceful impacts or ramming against the container body.
5. Problem: Folding models experience jerky operation; hinges rust; opening/closing requires excessive effort.
Solution: Accumulation of dust/debris in moving hinges; rust formation; long-term wear and tear from bumps and impacts.
Recommendation: Regularly clear debris from the unit; apply a small amount of lubricant to moving parts; inspect hinge screws and tighten them promptly if loose.
6. Problem: Small parts or components fall through the mesh gaps.
Solution: Mesh openings are too large; lack of internal barriers or liners.
Recommendation: Select models with a finer mesh pattern, or utilize internal liners, dividers, or fabric bags to prevent small items from slipping out.
7. Problem: Weld points crack; steel wires detach from the welds.
Solution: Prolonged exposure to rough handling/vibration; impact from heavy objects; poor weld quality (cold welds).
Recommendation: Handle with care to avoid violent impacts or collisions; conduct routine inspections of weld points and promptly repair/re-weld any detached sections.
8. Problem: Idle units occupy a significant amount of floor space.
Solution: Fixed (non-folding) models cannot be collapsed, resulting in substantial space consumption during storage.
Recommendation: When purchasing in bulk, prioritize foldable models; collapse and stack empty units to maximize warehouse space efficiency.
