Immingham, Lincolnshire · England
Pallet supply around Port of Immingham
Immingham is a very large tonnage port on the south bank of the Humber, dominated by bulk and energy commodities with substantial roll-on/roll-off capacity. Its scale is measured in bulk tonnage rather than container boxes, so packaging demand comes largely from adjacent processing, engineering and distribution rather than devanning. The estate is extensive and access is tightly controlled.
Enquire about Immingham, Lincolnshire- Bulk
- RoRo
- Energy commodities
- Liquid bulk
The logistics geography
Served by the A180 and M180 with the South Humber industrial belt around Immingham, Grimsby and Stallingborough.
Buying and collection considerations here
- Site induction, permits and booking are typically required before any delivery vehicle enters.
- Bagged and processed bulk products need pallet specifications matched to bag weight and stacking.
- Heavy engineering nearby often needs bespoke timber rather than standard pallets.
What we do here
We supply pallets to businesses operating around this port, and we collect or buy surplus pallets where an assessment supports it. That includes road, sea and warehouse load transfer work, plus bearers and dunnage for securing and separating cargo. We are a pallet supplier — we do not act as a freight broker, customs agent or forwarder, and we make no claim to operate inside the port estate or to hold any port or terminal permissions.
What this page does not assert
Sources
Port authority: Associated British Ports (ABP). Page last reviewed 2026-09-10.
Enquire — Immingham, Lincolnshire
Tell us what you handle and how it moves. Supply and collection enquiries are subject to assessment; we do not quote or confirm availability from a form.
Ranges most often relevant here
Bespoke pallets, cases and dunnage
UK standard pallets — 1200 x 1000 mm
New timber pallets
These are suggestions based on the cargo types this port is publicly associated with, not a recommendation for your consignment. Specification is agreed against the actual load.
