IBC/DIBC Spill Containment Pallet Upgrade: Structural Locking System Enhances Storage Security

 Background – Leakage and Security Requirements in Chemical Storage

In chemical logistics and hazardous material storage, IBC and DIBC containers require:

• Secondary containment for leakage control
• Structural protection against unauthorized access

Spill containment pallets serve as a primary control measure for both environmental and operational safety.

 Structural Upgrade Overview

Wuxi Super has upgraded its spill containment pallets by integrating a stainless steel paddle lock system, improving mechanical security under storage conditions.

 Core Technical Parameters

 Material and Structure

• Material: High-density polyethylene (HDPE), one-piece injection molding
• Standard: EPA 40 CFR leakage prevention
• Corrosion resistance: Suitable for acid and alkali environments

 Containment Capacity

• Sump volume: ≥110% of IBC container volume
• Function: Full containment of leaked liquid to prevent environmental release

 Locking System

• Material: 304 stainless steel
• Design: Integrated paddle lock structure
• Standard reference: EN 12322 anti-pry performance

 Compatibility

• Suitable for standard IBC and DIBC containers
• Stackable design for warehouse space optimization

 Application Scenarios

• Chemical storage facilities
• Industrial warehouses
• Hazardous material logistics centers

 Logistics and Supply

• FOB Shanghai export available
• Container shipping compatible
• Optional DDU delivery based on project requirements

 Summary

The upgraded spill containment pallet combines HDPE structural containment and mechanical locking design, providing a solution for leakage control and access management in hazardous chemical storage. The parameter-based design supports application in regulated industrial environments.