How to Properly package Marine Bollard?

How to Properly package Marine Bollard?

For marine port hardware suppliers and terminal contractors, cast steel mooring bollards are heavy-duty, high-value mooring fittings. Even minor scratches, chipping of anti-corrosion paint, or local dents will affect coating integrity, anti-corrosion performance and visual acceptance upon arrival. Improper fixing and insufficient cushioning inside containers are the top causes of cargo damage in sea freight.

Our technical team summarizes standardized seaworthy packaging procedures for mooring bollards, to eliminate collision, friction and extrusion damage in container transport.

1. Pre-Packing Inspection & Surface Preparation Before packaging, inspect the finished bollard: confirm blasting, anti-corrosion coating, casting marking stamps are fully cured. Clean oil, dust and sharp casting burrs. Any un-cured paint surface must be isolated to avoid adhesion.

2. Multi-Layer Surface Wrapping (Primary Anti-Scratch Protection) Each single bollard shall be individually wrapped.

· Inner layer: VCI rust inhibition film, to prevent salt-fog corrosion during long ocean transit.

· Outer layer: Thick woven fabric / EPE bubble wrap, fully cover the curved horn contact area, casting mark face and bolt base. This layer prevents direct metal-to-metal friction.

Key rule: No direct steel-to-steel contact between two bollards at any position.

1. High-Density EPS Foam Separation & Cushioning (Core Shock-Absorbing Structure) Custom cut high-density rigid EPS foam blocks are installed between each bollard as spacers, which is the solution shown in our shipment photos. The foam blocks bear weight, separate adjacent bollards completely, absorb vibration from vessel sway, truck braking and container lifting. Foam supports are arranged according to the gravity point of each bollard to avoid local stress concentration and paint cracking.

2. Fixed Support Frame & Block Bracing All bollards are positioned upright inside the fumigation-free ISPM15 wooden support frame. Wooden support beams are machined to match the contour of bollards. Steel strapping is used to lock the whole stack firmly on the frame. No free sliding or shifting space is reserved inside the packaging assembly. All timber materials comply with ISPM 15 phytosanitary standards for cross-border shipment.

3. Container Loading & Lashing Rules The whole packaged frame unit is placed inside the container, and secured with container lashing belts. Gaps between frames are filled with foam dunnage to prevent transverse movement. Do not stack heavy cargo directly on top of bollard packages.

4. Outer Marking & Shipping Labels Markings on the outer frame: THIS SIDE UP, NO STACKING, FRAGILE, CENTER OF GRAVITY, LIFTING POINTS, plus item model, quantity, gross weight and packing list number. Labels shall be printed in English and fixed on multiple visible sides.

Conclusion

This set of packaging scheme balances protection performance, container space utilization and cost control. It greatly reduces cargo claim risks caused by transport damage, helps terminals receive bollards in qualified condition without rework of touch-up painting. We provide customized packaging solutions according to bollard type, weight, shipment mode.