Tired of bent PVC pipes, damaged steel tubes, and the safety risks of floor stacking? Stop losing money on product damage and wasted labor. There’s a smarter, safer, and more efficient way to handle, store, and ship your tubular products.
For too long, pipe and tube manufacturers and distributors have battled the same set of frustrating and costly problems. The conventional method of floor stacking—piling bundles directly on the ground or on wooden dunnage—is a recipe for inefficiency and loss. This isn't just about a messy warehouse; it's about direct impacts on your bottom line.
The solution lies in a fundamental shift in thinking: stop letting your valuable product bear the storage load. Instead, use an engineered structure to do the work. Our stackable pipe storage racks are designed to create a self-contained, protective, and mobile unit load for your tubular goods.
This system, often referred to as a metal post pallet, is more than just a rack; it's an integrated part of your workflow. It functions as a storage unit, a transport cradle, and a piece of material handling equipment all in one.
Standard four-post racks are inadequate for long, flexible items. Our specialized pipe stacking rack designs feature 6 or even 8 posts. By adding intermediate support columns, we drastically reduce the unsupported span of the pipe. This provides full-length support, completely eliminating the costly "banana-ing" effect in plastic pipes and preventing bowing in metal tubing. Your product remains perfectly straight from production to installation.
Three-tiered stacking of PVC pipes, keeping them clean, straight, and off the damp floor.
This is where the most dramatic transformation occurs. Because each rack’s posts support the full weight of the racks above it, you are no longer limited by your product's crush strength. You can safely stack loaded racks 4 or 5 units high, instantly multiplying your storage capacity within the same footprint. This approach to warehouse space optimization can increase your storage density by up to 400%, deferring the need for costly warehouse expansion.
Stacking design showing how the cup feet securely nest onto the posts below, creating a stable storage tower.
Imagine transforming your container loading time from 3 hours to just 20 minutes. With portable stack racks, this is the new reality. Your pipes are loaded into the rack at the end of the production line. This entire unit—weighing up to 2,000 Lbs or more—is then picked up by a single forklift operator and driven directly into the truck or container. The process is reversed at the destination. This massive boost in efficiency reduces truck turnaround time, lowers labor costs, and dramatically improves safety on your loading dock. The rack acts as a robust cage, protecting the pipes throughout transit and reducing in-transit damage to virtually zero.
A single forklift operator can safely and efficiently handle tons of material, a task that once required a full team.
Our solutions are engineered with your specific challenges in mind. We design racks with dimensions locked in at 1100mm-1140mm to perfectly fit two-wide in standard shipping containers, eliminating load shifting. For outdoor storage yards, we offer a hot-dip galvanized finish that provides over 20 years of rust-proof performance. Features like self-aligning "cup feet" make stacking faster and safer for your operators. When empty, the posts are removable and the bases can be nested, reducing return shipping costs by up to 80% and making your reusable packaging system economically viable.
Absolutely. We design heavy duty stack racks to your specific requirements. We can adjust the length, width, height, and post configuration to create the perfect fit for your products, whether you're handling 10-foot lengths of small-diameter conduit or 40-foot sections of large-diameter steel pipe.
Sagging (or creep deformation) in materials like PVC is a function of the material's stiffness and the distance between supports. A standard 4-post rack creates a long, unsupported span in the middle. By adding intermediate posts, an 8-post design effectively cuts that span in half or by two-thirds, providing the continuous support needed to maintain the pipe's straightness under its own weight.
Yes. While our standard powder-coated finish is durable for indoor use, we strongly recommend a hot-dip galvanized finish for any outdoor application or in corrosive environments. This process creates a metallurgical bond between zinc and steel, offering superior, self-healing protection against rust and corrosion for decades.
Our clients consistently report reducing their container loading and unloading times by over 80%. A task that previously took 3-4 hours of manual labor can now be completed by a single forklift operator in 20-30 minutes. This is one of the most significant and immediate returns on investment the system provides.
Capacities are engineered to the application. Standard models typically range from 2,000 lbs (approx. 900 kg) to 4,000 lbs (approx. 1800 kg) per rack. For extremely heavy-walled steel pipe or large bundles, we can engineer custom heavy-duty versions with significantly higher load ratings to meet your specific needs.
