IBC Center Bridge
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IBC Center Bridge

IBC Center Bridge

In the world of commercial supply chains, the Intermediate Bulk Container (IBC) serves as the industry standard for transporting liquids. The core of the IBC’s structural robustness is the IBC Center Bridge. Functioning as the primary traversal support, this component acts as the foundational backbone that directly cradles the plastic tote. By absorbing the weight of the cargo and the vibrational forces of movement, the center bridge ensures that loads exceeding one metric ton remain stable during transit.
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Description

Structural Specifications and Dimensions

 

To meet the exacting demands of global supply chains, the center bridge is designed with exceptional material strength. It is constructed from high-grade, pre-galvanized steel coil. Engineered at 2.0mm thick, this bridge represents the most robust section of the IBC's steel pallet. This material thickness is vital to ensure the IBC tote does not sag or deform when fully loaded. This 1010mm x 177mm traversal beam is fabricated by a deep-drawn design. This manufacturing technique increases the structural efficiency, effectively creating a reinforced support that resists deformation.

Long-term resilience is ensured through an 80 g/m² galvanized zinc coating. This protective layer is vital for preventing corrosion, particularly given that IBCs are often stored outdoors or in humid warehouse environments, or exposed to harsh chemical environments.

 

Manufacturing and Compliance

 

Manufacturing the center bridge requires a precise, multi-stage sequence: die-cutting, drawing, stamping, and punching. These operations are calibrated not only to shape the part but also to ensure it meets rigorous international safety standards. The design is engineered to enable the final IBC unit to pass mandatory UN performance tests-including drop, stacking, and vibration-required for the transport of hazardous materials. The finished component arrives production-ready, and rapid integration into automated welding systems.

 

Logistical Configurations

 

To meet different logistical demands, the bridge is produced in two specialized heights, each delivering a specific advantage:

90mm Height:

Enhances warehouse efficiency by providing greater clearance. This simplifies pallet jack and forklift maneuvering, speeding up loading and unloading processes.

 

80mm Height:

Improves shipping efficiency by lowering the IBC's overall height. This design contributes to loading more units into standard shipping containers.

 

 

Versatility

 

The IBC center bridge is designed with punctured screw bosses on two ends to create a robust, secure steel frame. Recognizing two different manufacturing processes, these connection points can accept either self-tapping screws or a nut-and-bolt attachment.

 

PRODUCT FEATURES

Allowing easier access for a pallet jack

TECHNICAL PARAMETERS

   

THICKNESS

2.0mm

Standard

1.8mm

 

ZINC CODING

Z80 (>80g/㎡)

 

SPECIFICATION

1010mm * 177mm

 

HEIGHT

80mm

 

90mm

 

SCREW DRAW

M8 NUT-AND-BOLT

 

M8 SELF-TAPPING

 

 

CENTER BRIDGE
IBC CENTER BRIDGE
IBC pallet

 

FAQ

 

Q:I prefer a higher pallet for easier pallet jack access. Is this possible?

A:Yes, we have a 9 cm high traversal. Combining this with 9 cm high corners will make the entire pallet 9 cm high, allowing easier access for a pallet jack.

 

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