Narrow aisle shelving is a high-level storage equipment that achieves space intensification by "reducing aisle width". Its core is adapted to narrow aisle forklift operations, focusing on "small aisle+high storage", and can maximize the use of vertical space in limited areas.
Core Features
High space utilization: The channel width is only 1.8-2.5 meters, saving more than 30% of channel space compared to ordinary shelves; At the same time, it can be built at a height of 8-12 meters, greatly increasing vertical storage capacity, especially suitable for small or high rent warehouses.
Balanced access efficiency: It is necessary to use a dedicated narrow aisle forklift for operation. The forklift can move flexibly in the narrow aisle, which can achieve high-level cargo access without frequent adjustment of the operation route, balancing space and efficiency.
Strong load-bearing and stability: The main structure is made of steel, and the crossbeams have been reinforced. The single pallet can bear up to 1.5-3 tons, and can carry heavy goods such as industrial parts and large fast-moving consumer goods; The high-level design with guide rails can avoid forklift collisions and ensure operational safety.
Flexible adaptation scenarios: Supports customization of layers and sizes based on warehouse height and cargo specifications. Some styles are compatible with special environments such as cold chain and humidity, and can adapt to storage needs in multiple industries.
Typical Applications
E-commerce and Logistics: Used for e-commerce warehouses and third-party logistics warehouses to store high turnover bulk order goods, increase inventory capacity within limited space, and accelerate order fulfillment speed.
Industrial manufacturing: Storing heavy parts and semi-finished products for production in factory workshops, with high-level storage that does not occupy ground work space, and is suitable for the production and warehousing needs of industries such as machinery and automobiles.
High rent areas: Suitable for high rent locations such as city center warehouses and commercial retail back office warehouses, reducing site costs and improving storage cost-effectiveness through space intensification.