Wide Span Shelving

The frames are the main vertical components of AR LS widespan shelving.

These frames consist of 2 uprights, their corresponding diagonal braces, upright bases and different fixing elements such as bolts and nuts.

AR Racking has a wide range of racking configurations to meet the storage needs of any company, from lighter loads to heavier loads.

This is the main component of the frame, providing support and stability to the structure.

The uprights are located at regular intervals along the racking to keep it vertical and withstand the load that it supports. Their design will depend on the load capacity to be supported by the racking.

In AR Racking we have a wide range of uprights of different lengths and widths to adapt to any type of wide span load.

The reinforced frame spacer is an accessory that is added to some widespan shelving units to serve as a connection or assembly between frames.

It is an extra reinforcement to the conventional frame spacer for storage systems that have to support heavy loads, with the structure therefore requiring greater strength and stability.

Together, these components create a versatile and efficient storage system that allows companies to effectively access, organize and retrieve products in a widespan shelving environment. The choice and arrangement of these components depends on the specific storage needs of each installation.

This is the component used to connect and secure the racking frames to each other, thus forming a solid and stable structure.

These spacers are inserted into the drilled holes in the uprights and then secured to create a solid and secure spacer between the frames.

The anchoring elements are responsible for securing the frame supports to the floor.

The shim is a component located under the frame support in direct contact with the floor if it is uneven, to ensure the correct levelling of the entire structure.

This ensures that the racking is perfectly levelled and balanced, which is essential for its safe operation.

It is the racking structure component that is located at the base and provides support and stability to the unit.

The frame supports are essential to ensure that the racking stays upright securely and balanced, and are responsible for distributing the weight of the racking and its load on the floor.

The frame supports may include holes or anchor points that allow the racking to be secured to the floor for added stability.

Beams are one of the main structural components of the racking.

They are the horizontal elements that connect to the uprights and act as support for racks or trays on which the unit loads are placed.

They are manufactured in different lengths and widths according to the load capacity required and are adjusted between the uprights to define the horizontal distance between the racks and trays.

They are also responsible for distributing the weight of the loads evenly.

The hanger rod is a specific component designed for warehouses that require the storage of clothing or textiles.

It is designed to hang clothing instead of placing it on solid racks.

The hanger rod for clothing consists of a horizontal bar installed on the structure joined to the uprights. This bar is height-adjustable to accommodate clothes of different lengths, like coats, dresses, or pants.

Different hooks or brackets designed specifically to hang hangers and prevent them from sliding or falling can be placed along the horizontal bar.

They fulfil the same function as the chipboard supports, but are made of steel, being more widely used because of their greater strength and durability.

These types of additional support bars are installed transversely on the existing beams and are designed to strengthen the structure of the racking by providing additional support between the beams.

This helps distribute the load more evenly and prevents the racks from warping or buckling under the weight of the stored unit loads.

Chipboard supports also provide greater stability and load capacity to the widespan shelving.

Wooden or chipboard racks are a storage platform that is placed on the metal racking structure for the suitable placement of products or materials.

Wooden racks are mainly made of plywood or chipboard planks or medium-density fibreboard, so they are durable and resistant to a variety of loads.

Wooden racks can be fitted to existing metal support bars or rods, enabling their simple installation and adjustment to the racking.

It is a versatile accessory as it can store a wide range of products, from small components, cartons and containers to larger or bulkier items.

Metal racking retainers are metal pieces that are fixed to the horizontal beams of the racking.

It is a component designed to keep racks or trays more stable and prevent them and the products they store from sliding or falling.

Galvanized trays are made of galvanized steel to protect against corrosion and wear. These trays provide a flat, sturdy surface where unit loads are efficiently placed.

Galvanized trays are designed to distribute weight evenly and support different unit loads without deforming.

In addition, the surface of these trays is easy to clean and maintain, especially important in warehouses with food or health products.

Our confidence in picking solutions for light and medium loads allows us to provide a 5-year quality guarantee against any type of manufacturing or hidden defect in the components of the main structure.

Since 2016, a significant part of our racking components has included a traceability system.

This system gives an identifying marker to the different components, which means we can know and document the origin of each component. This allows us to identify the component, its design and the raw material used in its manufacture.

The production of our industrial racking is fully automated. We use the latest generation profiling machines with continuous cutting process and laser measurement control, welding centres, painting and packaging processes, all fully automated, to guarantee the highest quality standards.

The design of the structures of our storage systems is carried out at our technology centre exclusively dedicated to R&D&I activities. We have an advanced engineering development area from which to offer suitable responses to the most demanding logistical requirements.

With the creation of our Research and Testing Laboratory in collaboration with the University of Mondragón, our technical team carries out continuous testing and analyses of products and materials to improve our racking. We use specialist software to simulate, calculate and research the efficacy of the geometries, and we perform exhaustive structural calculations on the behaviour of the systems already installed in different situations.