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Home > Blog > Understanding Wire Decking and Its Variations: Exploring Double-Waterfall, Inverted Waterfall, and Inside Waterfall

Understanding Wire Decking and Its Variations: Exploring Double-Waterfall, Inverted Waterfall, and Inside Waterfall

on August 31, 2023

Wire decking plays a crucial role in enhancing the efficiency and safety of industrial storage systems. It consists of wire mesh deck panels that are used to create shelves or platforms on pallet racking systems. Wire decking not only provides a stable surface for storing goods but also facilitates proper ventilation and visibility. Below we explore the different variations of wire decking, including double-waterfall wire decks, inverted waterfall, and inside waterfall, and the intent behind each method’s usage.

Double-Waterfall Wire Decking

Double-waterfall wire decking is one of the most common variations utilized in industrial settings. It features two rows of wire loops on both ends of the panel, forming a secure connection with the pallet rack beams. This design creates a sturdy and reliable platform for supporting various types of loads, from lightweight items to heavier pallets.

The intent behind using double-waterfall wire decking is to provide enhanced stability and load-bearing capacity. The double-wire loops securely attach the decking to the rack beams, preventing any accidental dislodgement or shifting of the load. This method ensures the safe storage of goods and minimizes the risk of accidents or damage to stored items.

Inverted Waterfall Wire Decking: 

Inverted waterfall wire decking, also known as flush decking or flush-fit decking, offers a sleek and seamless design. Unlike the double-waterfall variation, the inverted waterfall wire decking does not have wire loops on the front side of the step beam. Instead, the wire mesh deck is tek screwed directly to the top of the front and back beams of the pallet rack.

The intent behind using inverted waterfall wire decking is to create a smooth surface that eliminates any protrusions at times for load plaques or inventory SKU’s. This design prevents small items from slipping through the gaps, reducing the risk of product loss and potential hazards. Inverted waterfall wire decking is particularly suitable for storing smaller items or goods with irregular shapes.

Inside Waterfall Wire Decking

Inside waterfall wire decking, also known as drop-in wire decking, features wire mesh deck with waterfall edges on the sides and the back. However, the front side of the deck does not have any waterfall edges. Instead, it has a flush or flat surface that rests on the front beam of the pallet rack.

The intent behind using inside waterfall wire decking is to facilitate easy loading and unloading of goods from the front side. This design allows for improved accessibility, enabling forklifts or other equipment to slide items on and off the wire decking effortlessly. Inside waterfall wire decking is commonly employed in applications where quick access to stored items is essential, such as order picking or high velocity fulfillment centers.

Wire decking is a versatile and practical solution for optimizing storage systems in industrial environments. By understanding the various variations of wire decking, including double-waterfall, inverted waterfall, and inside waterfall, one can select the most suitable option based on their specific requirements.

Double-waterfall wire decking excels in providing robust support and stability for heavy loads, ensuring the safety of stored items. Inverted waterfall wire decking offers a seamless and flush design, preventing the loss of small or irregularly shaped goods. Lastly, inside waterfall wire decking prioritizes accessibility and easy loading and unloading, making it ideal for fast-paced fulfillment operations.

Ultimately, choosing the appropriate wire decking variation depends on factors such as the types of goods being stored, load requirements, and the desired level of accessibility. By considering these aspects, businesses can optimize their storage systems, improve operational efficiency, and maintain a safe working environment.