Custom-Engineered Design— Built for Your Components
Strong & Reusable Structure— Reliable for Long-Term Use
Efficient Material Handling— Faster Storage & Transport
Custom-Engineered Design— Built for Your Components
Strong & Reusable Structure— Reliable for Long-Term Use
Efficient Material Handling— Faster Storage & Transport
Custom-Engineered Design— Built for Your Components
Strong & Reusable Structure— Reliable for Long-Term Use
Efficient Material Handling— Faster Storage & Transport
Custom stackable metal rack with a solid sheet platform for industrial parts handling

Stackable Metal Racks

HAOFU manufactures custom stackable metal racks for industrial parts, unit loads and returnable logistics. Fixed posts, removable posts, folding sides and sheet, mesh or open decks are selected from the load footprint, support pattern, forklift approach, loaded stack, storage height and empty-return requirement.

TL;DR

Send the unit-load drawing, loaded mass and centre of gravity, contact and restraint points, fork or lifting approach, support surface, required loaded stack, empty-return envelope, quantity and destination. These inputs let HAOFU compare fixed, removable-post and folding stack-rack formats for quotation.

At a Glance

Material
Welded steel frame with stacking feet
Typical historical configuration range
500–2,000 kg per rack and 3–5-high examples. Neither is a rating for a new project; the loaded stack condition requires project-specific confirmation.
Space saving
Stackable when full, foldable when empty
Finish
Powder coating, paint or galvanizing
Customization
Full OEM / ODM — built to your parts & stack height
MOQ
Typically 20–50 units; trial orders available
Lead time
Historical planning reference: sample about 7–15 days; production about 25–45 days. Reconfirm for each quotation.

Description

Our Stackable Metal Racks use welded steel frames and stacking feet to support storage in vertical layers. Part holders, shelves, dividers, plastic blocks, rubber pads, and locking bars can be added according to the items being stored.

The rack structure can be designed for forklift handling, crane lifting, manual loading, or production-line use. According to the work process, the rack can include forklift pockets, lifting points, removable posts, doors, shelves, covers, and identification plates.

The stacking structure is designed to keep each rack in position when units are placed on top of one another. The number of stacking layers depends on the rack load, frame structure, warehouse height, and handling equipment.

Foldable or removable parts can also be added to reduce return transport space when the racks are empty. The surface can be finished with powder coating, paint, or galvanizing according to the use environment.

Each rack can be developed based on customer drawings, part samples, photos, load requirements, stacking needs, and factory conditions.

Main Features

  • Custom dimensions and structure
  • Stackable frame design
  • Forklift pockets available
  • Removable posts available
  • Shelves and dividers available
  • Plastic and rubber protection options
  • Foldable structures available
  • Powder-coated or galvanized finish

Common Applications

  • Automotive parts storage
  • Machine component storage
  • Warehouse space use
  • Production line material supply
  • Tool and fixture storage
  • Metal casting transport
  • Returnable industrial packaging
  • Factory and warehouse logistics

Customization Information

To develop a stackable rack for your project, please provide:

  • Product drawings or photos
  • Product dimensions and weight
  • Quantity stored per rack
  • Required rack quantity
  • Load capacity
  • Required stacking layers
  • Forklift or lifting method
  • Foldable or removable requirements
  • Surface treatment
  • Warehouse height and space limits
Our team will review the information and develop a stackable rack structure for your products and storage process.

Sheet-platform and folding rack configuration

A stackable metal rack with a metal sheet platform is selected when the part needs a continuous base rather than open bars or mesh. The same project may require removable posts or a folding structure for the empty-return condition. Those features are specified from the controlled part, loading method, handling equipment, loaded stack condition and return route; they are not standard limits. See the sheet-platform rack deck guide, the removable-post guide and the foldable stillage guide before sending a brief through customization.

Use this labelled concept to discuss the handling and configuration decisions with your packaging, logistics and supplier teams.

Concept illustration of a loaded stack rack and its dismantled empty-return state
Concept illustration.Compare the loaded rack and empty-return envelope as separate operating states.
Concept illustration of a stackable stillage rack with open loading face
Concept illustration.The loading face, brace position and forklift approach need to work together.

Configuration comparison

Fixed, removable-post or folding stackable rack?

The loaded stack and empty return are two different operating states. A useful comparison shows how each construction changes handling, loose-part control and the available load envelope.

ConfigurationUse it whenMain trade-offSend with the RFQ
Fixed-post stack rackThe same rigid geometry is wanted for loading, storage, transport and return.Simple operating state; empty units retain their full envelope.Load footprint, mass, stack height, fork approach and storage clearances.
Removable-post rackPosts are needed when loaded but can be stored in a controlled place when empty.Open empty base; removed posts need retention, count and safe changeover steps.Post height, loaded restraints, empty storage method and component-control requirement.
Folding stack rackEmpty-return volume is important and hinged sides can fold without blocking the base or handling path.Integrated parts reduce loose items; hinges and latches add interfaces for use and maintenance.Fold sequence, empty envelope, latch access, stacking condition and return handling.

From requirement to quotation

Define the loaded stack and empty return

Use one drawing set to show both states so the custom stack rack manufacturer can resolve the interlock and handling interfaces.

  1. 1

    Map the unit load

    Show every contact area, overhang, restraint and the loaded centre of gravity.

    Output: Loaded rack envelope

  2. 2

    Define support and access

    Identify floor, beam or transport support plus every forklift or crane approach.

    Output: Base-interface drawing

  3. 3

    Set stacking conditions

    State loaded and empty stacking, available height and interlock expectations.

    Output: Stack-state requirements

  4. 4

    Compare return formats

    Review fixed, removable and folding states against labour, loose-part control and return space.

    Output: Selected configuration for quotation

Applications, Engineering & Buyer Tools

Move from product discovery to a project specification, application check and inspection plan.

Stackable Metal Racks — Frequently Asked Questions

What does a stack rack manufacturer need for an RFQ?+

Send the unit-load drawing, loaded mass and centre of gravity, support and restraint points, fork or lifting approach, floor or beam support, loaded stack condition, available height, empty-return envelope, quantity and destination.

Should I choose fixed, removable or folding posts?+

Use fixed posts when one rigid geometry suits every state. Consider removable posts when controlled post storage is practical, or folding parts when an integrated empty-return changeover fits the handling process.

Can the rack use sheet, mesh or open-profile decking?+

Yes. The deck is selected from the smallest load contact, support spacing, loading motion, drainage, debris and cleaning conditions. Provide the loaded bottom view and every support surface used on the route.

How is a stack height established?+

The project stack condition is reviewed from the rack and load geometry, mass distribution, stacking interface, floor or transport support, handling method and agreed engineering or validation scope. It is not selected from a generic page value.

Can a trial rack be quoted before production?+

Yes. State the proposed sample quantity and the fit, handling, stacking or other acceptance checks your team intends to perform so the quotation can describe that stage.

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