APPLICATION

The advantages and development prospects of integrated storage shelves

Classification:

Industry Info

Release time:

2025-04-29


Integrated shelving is a storage system that integrates storage shelves with building structures. Shelving is not only a tool for storing goods, but also an important component of the entire warehouse building, such as supporting roofs, walls, and resisting external environmental influences. This design significantly improves the space utilization and operational efficiency of the warehouse by integrating shelves and buildings, while reducing construction and maintenance costs.

The following provides a detailed introduction from the aspects of structural characteristics, technological advantages, application scenarios, typical cases, and development trends:

1、 Structural characteristics

1. Integrated design

   ● The shelves themselves serve as the supporting structure of the warehouse, replacing the independent columns and walls in traditional buildings, achieving an integrated form of "shelves as buildings";

   ● Without the interference of independent building columns, it can maximize the use of space, especially suitable for high-density storage needs, and reduce building costs.

2. Modular construction

   ● The shelves adopt modular design, which facilitates flexible adjustment and expansion according to storage needs to adapt to different sizes and types of storage.

   ● Modular installation can shorten the construction period and improve construction efficiency.

3. High utilization of space

   ● No additional building structure is required, reducing column interference and improving storage space utilization.

2、Technical advantages

1. Reduce costs

   ● Reduced the amount of materials used in traditional buildings and lowered construction costs;

   ● The installation of shelves and construction are carried out simultaneously to shorten the construction period.

2. Use automation requirements

   ● It can seamlessly integrate with advanced logistics technology and automated warehousing equipment to improve logistics efficiency.

3. Strong flexibility

   ● Modular design facilitates future expansion of shelf layers or storage areas based on business growth needs;

   ● Support storage of goods of different types, sizes, and weights.

3Application scenarios

1. High density storage warehouse

   ● Suitable for industries such as tobacco, furniture, tires, beverages, clothing, etc., to meet the storage needs of large quantities and high turnover;

   ● Suitable for storing lightweight, standard sized goods such as palletized goods, boxed goods, etc.

2. Limited land resources

   ● In areas with high land costs or urban centers, storage costs can be significantly reduced.

3. Special storage

   ● Can be combined with refrigeration systems to form an integrated cold storage, reducing cold bridge effects and improving insulation performance;

   ● A precision instrument warehouse that requires dust and moisture prevention;

   ● Warehouses that require a constant temperature and humidity environment (such as the food and pharmaceutical industries).

4. Cold automated three-dimensional warehouse

   ● Collaborate with automated equipment such as stackers and shuttle trucks to achieve intelligent, efficient, and unmanned warehouse management;

   ● Supporting automation equipment to achieve intelligent and efficient warehouse management.

4Typical case

1. A tire enterprise warehouse rack integration project

   ● The warehouse has a height of 40 meters, doubling the number of tires stored and shortening the construction period by 40%;

   ● By optimizing the shelf layout, seamless integration with the automated conveyor system can be achieved.

2. A furniture company's cold chain project

   ● The warehouse temperature is -25 , and double-layer polyurethane insulation wall panels and shelves are integrated design, reducing energy consumption by 18% and reducing cold bridge phenomenon by 90%.

   ● The shelving system meets the load-bearing requirements for furniture storage while ensuring the insulation performance of the cold storage.

5Future Development Trends

1. Intelligent upgrade

   ● By combining technologies such as the Internet of Things and big data, real-time monitoring and intelligent management of shelf status can be achieved, enhancing the automation and intelligence level of the warehousing system.

2. Green development

   ● Adopting more environmentally friendly materials and processes, reducing environmental impact, optimizing structural design, and improving energy utilization efficiency.

3. Standardization promotion

   ● Promote the standardized design of integrated storage shelves, reduce design and construction costs, and promote their application in more industries and scenarios.

6Summary

    As an innovative warehousing solution, integrated shelving has become an important component of modern logistics and warehousing due to its high space utilization, low cost, flexibility, and safety. It can not only meet high-density storage requirements, but also seamlessly integrate with automation equipment to achieve intelligent management. In the future, with the advancement of technology and changes in market demand, integrated shelving systems will continue to evolve, bringing more possibilities to the warehousing industry.

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