
Storage Systems Built Around Your Materials
Every material has different storage needs. Long products, heavy loads, and oversized items all require the right rack system.
Dexco designs industrial storage systems based on what you store, how you move materials, and how your facility operates. Instead of using a one-size-fits-all approach, we create storage solutions that fit your specific application.
Whether you store steel, aluminum, lumber, drywall, or other industrial materials, Dexco can design a rack system that helps you:

The right rack starts with understanding your inventory.
We design storage systems around the size, weight, and shape of your materials. We also consider how often products move and what equipment your team uses.

Industrial storage systems must perform every day.
Dexco structural I-Beam racks are built to handle heavy loads, forklift traffic, and demanding warehouse environments.

A well-organized storage system does more than save space.
It can help reduce product damage, create clearer aisles, and give workers easier access to materials. Better organization often leads to a safer workplace.

Our team works with manufacturers, distributors, and material handling operations across many industries.
We help customers choose the right layout, load capacities, and storage configurations for both current needs and future growth.
What if we store different types of materials?
Dexco can design hybrid systems that suNo problem.
Dexco can design a storage system that supports multiple material types within the same layout.
Can we expand the system later?
Yes.
Many Dexco rack systems use modular components that can be expanded or reconfigured as your storage needs change.
How do you determine the best storage system?
We evaluate several factors, including:
This helps us recommend a storage solution that works today and can support future needs.
Tell us about the materials you store and the challenges you face.
Our team will review your requirements and recommend a storage system designed for your operation.