Industrial Load Securement FAQ

Question 1

What is industrial load securement?

Accepted Answer

Industrial load securement is the practice of preventing products and materials from shifting, sliding, tipping, or falling during storage and material handling. The appropriate method depends on the load, equipment, environment, and intended movement.

Question 2

Why is load containment important in distribution centers and warehouses?

Accepted Answer

Unstable loads can expose workers to falling-object, struck-by, crush, and other handling hazards. Shifting products can also damage merchandise, interrupt workflows, and create cleanup or rework. A suitable containment method is one part of a broader material-handling safety program.

Question 3

What types of equipment may need load-containment solutions?

Accepted Answer

Applications may include compatible nesting racks, roll cages, carts, and other material-handling equipment. Each application requires an assessment of the equipment's design, cargo, operating conditions, and any applicable manufacturer requirements.

Question 4

What products may require additional containment?

Accepted Answer

Depending on how they are packaged and handled, products such as boxes, carpet rolls, long materials, flexible goods, and mixed or partially loaded cargo may warrant a closer look at containment. Product type alone does not determine the solution; the load arrangement and foreseeable movement matter.

Question 5

How do we identify a load-securement problem?

Accepted Answer

Observe the loading, movement, and unloading process. Look for cargo that can shift or fall, restraints that are difficult to apply or remove, exposed cutting operations, inconsistent work practices, damaged restraints, recurring product damage, and disposable materials accumulating around work areas.

Question 6

Are bungee cords appropriate for industrial load securement?

Accepted Answer

Bungee cords may be suitable for some tasks, but they should be evaluated carefully where loads are heavy, irregular, unstable, or repeatedly moved. Elastic recoil, attachment failure, wear, entanglement, and inconsistent restraint practices are potential concerns. The restraint must be appropriate for the specific application.

Question 7

Why evaluate alternatives to bungee cords?

Accepted Answer

If workers repeatedly use bungee cords to contain products in the same material-handling equipment, an alternative may provide a more consistent process. A suitable engineered system may also reduce repeated installation and removal tasks. Any proposed replacement must be evaluated for its ability to address the actual hazard.

Question 8

Why can strapping and adhesive tape be problematic as recurring restraints?

Accepted Answer

Depending on the task, these materials can require repeated application, cutting, removal, replacement, and disposal. Cutting tensioned strapping can create sudden-release and laceration hazards. Tape may also leave residue. These concerns do not mean tape and strapping are unsuitable for every packaging application.

Question 9

Do utility knives create safety concerns when removing restraints?

Accepted Answer

Yes. Cutting tools can cause lacerations, and tensioned materials can move unexpectedly when released. Appropriate tools, worker training, safe cutting procedures, and suitable protective measures remain important. Where practical, reducing unnecessary cutting operations can be one objective of a process-improvement assessment.

Question 10

Can reusable systems eliminate all bungee cords, tape, or strapping?

Accepted Answer

Not necessarily. Some packaging and shipping processes still require these materials. The opportunity is to identify recurring load-containment tasks where a reusable system can safely and appropriately replace disposable or temporary restraints.

Question 11

What is the EZAIZAI LLC and 2KSteel Cable Enclosure System (CES)?

Accepted Answer

CES stands for Cable Enclosure System. It is intended to provide a cable-based containment arrangement at the opening of a compatible Nestainer nesting rack. Its suitability depends on the rack, cargo, loading pattern, and intended operating conditions.

Question 12

What is the EZAIZAI LLC and 2KSteel Internal Cable System (ICS)?

Accepted Answer

ICS stands for Internal Cable System. It is intended to provide a cable barrier positioned within a compatible Nestainer rack to help contain cargo behind the barrier. The specific configuration and application must be evaluated before use.

Question 13

What is the difference between CES and ICS?

Accepted Answer

The primary distinction is the intended location of containment. CES provides a cable-based arrangement at a compatible rack opening, while ICS provides an internal cable barrier. The appropriate choice depends on the cargo movement that needs to be controlled, available space, rack configuration, and loading workflow.

Question 14

Which system is right for our operation?

Accepted Answer

There is no universal answer. First identify where the containment problem occurs and what products are being carried. Then evaluate the rack design, cargo dimensions and weights, access requirements, operating conditions, and system compatibility. EZAIZAI LLC can discuss the application and help identify the information needed for further evaluation.

Question 15

Do CES and ICS fit every Nestainer rack?

Accepted Answer

Compatibility should not be assumed. Rack models, dimensions, side-rail geometry, attachment locations, condition, and modifications may differ. The specific rack and proposed installation must be reviewed.

Question 16

Can these systems be used for boxes, carpet rolls, or mixed loads?

Accepted Answer

These cargo types may be considered during an application evaluation. Suitability depends on dimensions, weight, arrangement, potential movement, and the confirmed operating limits of the system. A system should not be assumed suitable for a cargo type without this assessment.

Question 17

Are CES and ICS designed for road-transport cargo securement?

Accepted Answer

CES and ICS are discussed here as load-containment concepts for compatible Nestainer rack applications. They should not be assumed to satisfy road-transport cargo-securement requirements or replace any separate restraints required for transport.

Question 18

Do the systems require inspection and maintenance?

Accepted Answer

Reusable industrial equipment should be inspected and maintained according to its applicable instructions and the facility's risk assessment. The responsible team should establish criteria for checking cables, attachments, brackets, signs of wear, damage, and any condition that could affect safe use. Damaged equipment should be taken out of service as appropriate until evaluated and repaired or replaced.

Question 19

Do reusable load-containment systems automatically make a facility OSHA compliant?

Accepted Answer

No. Compliance depends on the complete operation, applicable requirements, equipment, work practices, and implementation. A product or system should not be represented as OSHA-approved or universally compliant unless that claim is supported by the appropriate evidence and applies to the specific use.

Question 20

What should be reviewed before installing a load-containment system?

Accepted Answer

Review rack compatibility, attachment methods, cargo dimensions and weights, intended operating conditions, loading and unloading access, pinch and entanglement hazards, inspection needs, maintenance, worker training, and any manufacturer or engineering approval requirements.

Question 21

Could modifying an existing rack affect its safe use?

Accepted Answer

Yes. Drilling, welding, changing structural members, or making other modifications may affect the equipment's integrity or approved use. Any proposed modification or attachment should be reviewed by the appropriate equipment manufacturer or qualified engineering authority before proceeding.

Question 22

Does a containment system replace correct loading and rack capacity limits?

Accepted Answer

No. Proper loading, equipment capacity limits, rack condition, safe handling procedures, and employee training remain essential. Containment should address a defined hazard within the larger material-handling system.

Question 23

Can a reusable system reduce labor?

Accepted Answer

It may reduce some recurring restraint-related tasks if it replaces steps such as repeatedly applying, cutting, removing, and disposing of temporary materials. The amount of labor saved depends on the current process and the new system's actual workflow.

Question 24

Can reusable load containment reduce waste?

Accepted Answer

It may reduce disposable tape, strapping, or other restraints when those materials are displaced by a reusable solution. The actual waste reduction depends on how often the old materials were used, how long the new system remains in service, and the maintenance or replacement materials it requires.

Question 25

How should we calculate return on investment?

Accepted Answer

Measure current restraint-material costs, worker time, disposal, replacement tools, product damage, and rework where relevant. Compare those costs with the new system's purchase, installation, maintenance, inspection, and replacement costs over an appropriate service period. Use actual operating data rather than assuming a guaranteed saving.

Question 26

Can one solution be standardized across multiple facilities?

Accepted Answer

Possibly, but standardization should follow an application review. Facilities may use different rack models, cargo profiles, workflows, or operating conditions. Confirm compatibility and requirements at each site before treating a system as a common standard.

Question 27

How do we request an evaluation of CES or ICS?

Accepted Answer

Contact EZAIZAI LLC and provide as much of the following information as is available:

Rack manufacturer, model, and dimensions.
Photographs of the rack and its side rails, openings, and attachment locations.
Typical cargo types, dimensions, and weights.
Loading patterns, including partially loaded racks.
How the rack is moved and handled.
The current restraint method and the specific problem you want to address.

This information can help determine what additional compatibility, engineering, and safety review is needed.

Question 28

Who should be involved in evaluating a new system?

Accepted Answer

Include the people who understand the task and its risks: operations management, warehouse or plant safety personnel, engineering, maintenance, procurement, and employees who load and unload the equipment. The equipment manufacturer or other responsible technical authority may also need to be involved.

General Load Securement Questions

Questions About Temporary Restraints

Questions About CES and ICS

Safety, Implementation, and Compliance

Productivity, Waste, and Return on Investment

Contact EZAIZAI LLC

Request a Load Securement Assessment