What is the production process of shelf storage rack

Time:12/16/2020

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Introduction:

The use of shelf and storage racks is crucial for enhancing storage space and efficiency in warehouses. As an essential storage equipment for enterprises, many businesses require the design and customization of suitable storage shelves. This article will outline the production process of shelf storage racks, focusing on the roll rolling, positioning and punching, bending, welding and grinding, and surface treatment steps involved in their manufacturing.

Roll Rolling: Cutting and Shaping Steel Strips

The initial step in shelf storage rack production involves the roll rolling process. Steel strips of specific lengths and specifications are cut into desired shapes, such as storage rack columns and beams, through mold rolling. This step plays a vital role in manufacturing storage shelves.

Positioning and Punching: Customizing the Material

To meet specific requirements, positioning and punching are carried out on the rolled material. For instance, heavy storage shelves may have inverted eight holes and diamond holes, while cross diagonal braces may require round holes. These modifications ensure the material is customized to suit warehouse shelving needs.

Bending: Enhancing Structural Integrity

As shelf storage racks consist of steel plates, the bending process is employed to effectively fix the steel plates onto the beams. This not only ensures the plates remain securely in place but also enhances the overall load-bearing capacity of the shelf storage racks.

Welding and Grinding: Ensuring Structural Stability

Once the material components of the shelf and storage racks are well processed, specific positions require welding, such as columns, anchor plates, beams, and grabs. After completing the welding process, the welded spots are carefully ground. This step not only enhances the aesthetic appeal of the storage rack but also improves its safety.

Surface Treatment: Enhancing Appearance and Durability

The overall frame structure of the storage rack undergoes surface treatment, including acid pickling, phosphating, electrostatic spraying, and constant temperature curing. Surface treatment is a critical step as it improves the appearance, moisture-proofing, and anti-rust capabilities of the storage racks. Additionally, it enhances their overall service life.

Conclusion:

The manufacturing process of shelf storage racks involves several important steps to ensure their functionality, durability, and aesthetic appeal. From roll rolling and positioning to welding and surface treatment, each stage contributes to the production of high-quality storage equipment. By employing these processes, enterprises can effectively improve storage space and turnover efficiency in their warehouses.