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Material

• Construction: Typically made from high-quality steel wire, which may be galvanized or powder-coated to resist rust and corrosion.

• Wire Gauge: The thickness of the wire can vary depending on the intended use, with thicker wires offering greater durability and load-bearing capacity.

Design

• Mesh Pattern: The wire mesh is usually arranged in a grid pattern, which allows for visibility and air circulation while providing strength and security.

• Frame: They often have a sturdy frame that adds structural integrity, allowing the cage to hold heavy loads without deforming.

• Collapsible Design: The wire mesh containers are designed to be collapsible, making them space-efficient when not in use and easier to transport.

Capacity

• Load Capacity: These cages can support a wide range of weights, from lightweight items to several tons, depending on the wire gauge and overall construction.

• Volume: They come in various sizes, catering to different storage needs, from small parts to larger items.

Accessibility

• Doors and Openings: Many designs feature doors or lids that can be opened for easy access to contents, often with locking mechanisms for security.

• Stackability: Some wire mesh containers are stackable, which maximizes vertical storage space and improves warehouse organization.

Mobility

• Casters: Some models are equipped with casters, allowing for easy movement. These casters can be lockable for added stability when stationary.

• Forklift Pockets: Many wire mesh containers include forklift pockets for easy lifting and transport, making them ideal for use in warehouses and industrial settings.

Durability

• Resistance to Damage: Wire mesh containers are resistant to impacts and deformation, making them suitable for rough handling and harsh environments.

• Maintenance: They require minimal maintenance due to their sturdy construction and resistant coatings.

Warehousing and Storage

• Inventory Management: Ideal for organizing and storing various items, from small parts to bulkier products, helping maintain an orderly warehouse.

• Pallet Storage: Wire mesh containers are often designed to be stackable and compatible with pallets, maximizing vertical storage space.

Manufacturing and Production

• Work-in-Progress Storage: Used to hold parts or semi-finished products during different stages of the manufacturing process.

• Raw Material Storage: Suitable for storing raw materials or components needed in production, especially when visibility of contents is required.

• Finished Goods: Provides a safe and organized way to store finished products before they are packaged or shipped.

Logistics and Transportation

• Shipping and Distribution: Used to transport goods between locations, ensuring items are protected and easily accessible.

• Cross-Docking: Useful in logistics operations where goods are quickly transferred from inbound to outbound transport, minimizing handling time.

Retail and Display

• Product Display: In retail environments, wire mesh containers can be used to display products, offering good visibility and ventilation.

• Stock Organization: Helps in organizing backroom stock, making it easier for staff to access and restock shelves.

Agriculture and Farming

• Produce Storage: Used for storing and transporting agricultural products like fruits, vegetables, and plants, benefiting from the ventilation provided by the mesh design.

• Livestock Equipment Storage: Can hold equipment and supplies used in farming, such as feed, tools, and fencing materials.

Automotive Industry

• Parts Storage: Automotive manufacturers and repair shops use wire mesh containers to store parts, tools, and equipment, facilitating quick access and inventory management.

• Tire Storage: Can be used to store and transport tires, especially during seasonal changes when tire storage becomes a necessity.