Our collapsible wire containers are 100% compatible with major brands such as Dexion, Redirack, Interlake etc. Designed to AS4084-1993 and complying with the European FEM regulations, SEMA and CE Certified.
Applications and Benefits of Collapsible Wire Containers
Applications:
- Warehouse Storage: Collapsible wire containers excel in warehouses where they store various items and adapt to different space needs.
- Retail Displays: Retail stores utilize these containers for displaying products, providing easy access and visibility to merchandise.
- Work-in-Process Handling: In manufacturing environments, these containers help move materials and components between production stages, boosting workflow efficiency.
- Transportation: These containers are perfect for transporting goods as they protect contents during transit and collapse to save space when not in use.
- Recycling and Waste Management: Facilities use these containers for collecting recyclables or waste, with their mesh design enhancing visibility and aiding sorting.
Collapsible Wire Container Benefits:
- Space Efficiency: These containers fold down, conserving valuable floor space in storage areas when not in use.
- Durability: Built from heavy-duty steel, collapsible wire containers endure harsh conditions and handling, outlasting other container types.
- Cost-Effectiveness: They represent a one-time investment that cuts down on the need for disposable packaging, ensuring long-term savings.
- Visibility: The mesh design provides clear visibility of contents, making inventory checks straightforward without opening the container.
- Accessibility: Drop gates in the containers facilitate easy access to contents, even when stacked.
- Customizability: You can customize them with casters for mobility, dividers for organizing contents, and various finishes to combat environmental factors like rust.
A Guide to Production Process
Collapsible wire containers are highly valued across various industries for their durability, flexibility, and cost-effectiveness. Manufacturers design these containers to meet high standards of functionality and quality.
Step 1: Material Selection and Preparation
The production process starts with the selection of high-quality carbon steel wire. Workers cut this wire precisely to match the specific design of the container. This meticulous preparation ensures that all parts fit perfectly, which facilitates a smooth construction process.
Step 2: Welding the Wire Mesh
After cutting, workers weld the wire into a mesh using automated machinery. This crucial step forms the main body of the Collapsible Wire Container, providing the necessary structural integrity and strength to securely hold goods.
Step 3: Assembling the Frame and Base
Simultaneously, workers construct the frame and base from heavier gauge steel. This construction not only supports the weight of the contents but also provides a stable foundation for the container. Accuracy at this stage is critical to ensure proper alignment of the mesh and frame.
Step 4: Attaching Components
Next, workers attach the mesh panels to the frame and base using either welding or durable fasteners, depending on the design requirements. This phase is key to integrating all separate pieces into a single functional unit.
Through these initial stages, workers meticulously craft each collapsible wire container to ensure its durability and functionality, making it ready to support a variety of storage and transport needs.
