IBC Tank Metal Frame Cage with Lifting Rod for 1000L IBC Containers

A reliable IBC tank metal frame cage is essential for protecting and supporting the HDPE inner tank during filling, storage and transportation.

Designed for 1000L IBC container manufacturing, the galvanized steel cage connects the inner tank, bottom pallet and related components into one stable industrial packaging system. It helps reduce tank deformation, improves handling stability and provides structural protection during warehouse storage and transportation.

The available product system includes galvanized vertical and horizontal tubes, steel lifting rods, P-shaped tubes, nameplates, pallet components and bottom supports. Customers can purchase semi-finished steel tubes, processed cage parts or complete assembled IBC containers according to their manufacturing capabilities.

Why the IBC Steel Cage Matters

An IBC container normally consists of an HDPE inner tank, a galvanized steel cage, a bottom pallet, a top filling cap and a discharge valve.

The inner tank holds the liquid, while the steel cage provides structural protection and helps maintain the shape of the container. It also connects the inner tank to the pallet and supports stable forklift handling.

A correctly manufactured IBC cage can help:

• Support the filled HDPE inner tank

• Reduce deformation during handling

• Protect the tank from external impact

• Maintain valve and cap alignment

• Improve storage and transportation stability

• Connect the tank securely to the pallet

The cage dimensions must match the inner tank accurately. A frame that is too small may create pressure points on the tank, while an oversized cage may allow excessive movement during transportation.

One 1000L IBC can hold the same approximate volume as ten 100L drums, making the IBC format efficient for bulk storage and industrial liquid transportation.

Main Components of the IBC Cage

The complete IBC structure contains several steel and plastic components that must be produced and assembled accurately.

Galvanized Cage Tubes

The galvanized cage tubes form the main protective structure around the HDPE inner tank.

The standard product configuration includes 20 galvanized vertical tubes. Sixteen are produced with holes, while four use embossed structures without holes. Five horizontal tubes are also included, consisting of four longer tubes and one shorter tube.

Steel Lifting Rods

Two steel lifting rods connect the upper cage structure with the bottom support system.

Their length, hole position and end structure must match the cage and pallet design. Accurate lifting rods help simplify assembly and improve the stability of the completed IBC container.

P-Shaped Tube

The P-shaped tube forms part of the upper or side cage structure and helps maintain the correct dimensions of the steel frame.

IBC Nameplate

The IBC nameplate provides a visible area for identification, labels, product information and customer markings.

Steel Pallet and Bottom Supports

The IBC steel pallet supports the weight of the filled container and provides access for suitable forklift equipment.

The complete lower structure can include a steel beam, base tube, four metal base corners, one center support foot and four plastic bottom corners.

Galvanized Steel and Tube Specifications

The cage components are manufactured from galvanized steel, providing better corrosion resistance than untreated carbon steel.

The product page identifies DX51D/120G as a material grade used for the IBC galvanized structure. Available wall thicknesses include approximately 0.8 mm, 0.9 mm and 1.0 mm, depending on the component and customer specification.

Final tube dimensions, lengths and wall thickness should be confirmed according to the customer’s inner tank, cage drawing and production standard.

Although the galvanized surface improves corrosion resistance, finished steel components should still be stored in a dry environment and protected from rain, saltwater and corrosive chemicals.

How IBC Cage Components Are Manufactured

Producing an accurate IBC steel cage requires several forming, cutting and welding processes.

1. Tube Forming

Pre-galvanized steel coil is formed and welded into long square or round steel tubes.

2. Cutting

The long tubes are cutting into the required lengths according to their final position in the cage.

3. Hole Punching and Embossing

Selected vertical tubes receive punching or embossed sections according to the cage design.

4. Tube-End Forming

Some tube ends are flattened, reduced or expanded so that the parts can connect accurately during cage assembly.

5. Lifting-Rod Production

The steel lifting rods are cut, formed and punched according to the required cage and pallet dimensions.

6. Cage Welding

Vertical and horizontal tubes are positioned and joined through controlled welding.

7. Pallet Assembly

The cage is connected to the steel pallet, bottom corners, support beam and center foot.

8. Final Inspection

The completed components are checked through dimensional inspection, surface inspection and welding-point inspection.

The product manufacturer can supply both square and round finished tubing according to customer requirements.

Applications and Suitable Buyers

The galvanized IBC cage system is suitable for:

• IBC container manufacturers

• Steel cage welding factories

• Industrial packaging suppliers

• Chemical packaging companies

• IBC component distributors

• IBC repair and reconditioning companies

• Bulk liquid packaging businesses

The components can be used for new IBC manufacturing, local cage assembly, replacement-part supply or complete container production.

The steel frame, inner tank, valve and pallet must be designed as one compatible system. Buyers should avoid purchasing components based only on appearance or nominal capacity.

Information Required for an Accurate Quotation

Please provide:

• IBC capacity

• Cage drawing or physical sample

• Inner tank dimensions

• Tube profile and wall thickness

• Galvanized coating requirement

• Lifting-rod dimensions

• Pallet design

• Required supply option

• Order quantity

• Destination and packaging requirements

  Quality Inspection Before Shipment

  Before shipment, the steel tubes and cage components should be inspected for tube thickness, cut length, hole position, welding quality and frame dimensions.

  The galvanized surface should be checked for visible damage, rust or deformation. Lifting rods, pallet components and connection positions should also match the approved drawing.

  After assembly, the HDPE inner tank should fit securely inside the cage without excessive pressure or movement. The filling cap, discharge valve, nameplate and pallet should remain correctly aligned.

  For complete IBC containers, additional testing should be completed according to the intended application, packaged liquid and applicable transportation requirements.

  Build a More Reliable 1000L IBC Container

  A well-manufactured IBC tank metal frame cage provides the structural foundation required for a reliable industrial container.

  With galvanized steel construction, lifting rods, pallet components and flexible supply options, the cage system can support different manufacturing and assembly models.

  Customers can select semi-finished steel tubes, processed cage components or complete IBC containers according to their equipment, labor costs and production requirements.

  Providing accurate drawings, dimensions and material specifications before ordering helps ensure that the cage matches the HDPE inner tank and pallet system correctly.