When Safety Is Non-Negotiable

Universal UN-Certified Lithium Battery Transport & Storage Packaging

buncker home
WHY BUNCKER®

Built Around a Single Mission:
Zero Compromise on Safety

01

UN LP906
Certified

Covers all lithium battery types including defective, damaged, and end-of-life batteries. Full regulatory compliance across all transport modes, road, sea, air, and rail.

02

Patented HF Gas
Filter

The Fibercon Altilium CP Blanket (FACB) neutralises hydrofluoric acid gas emitted during thermal runaway. Outer surface stays below 100°C always.

03

No Filler Materials
Required

he unique patented bell jar design eliminates the need for sand, vermiculite, or other filler materials, faster loading, cleaner process, and lower operational cost.

04

Service & Maintenance Programme

Full certified service programme, regular inspection intervals, and delivery from stock. BUNCKER® units are available immediately for urgent transport requirements.

Product Line

BUNCKER® Pro Line Heavy

The BUNCKER® range consists of two loading systems, covering 45.8 kWh to 200 kWh, each UN LP906 certified for all lithium battery types. Whether you transport EV battery packs, industrial energy storage modules, or defective cells, there is a BUNCKER® model sized precisely for your load.

Five Pallet Loading System models (S, M, L, XL and XXL) are based on the patented Bell Jar Architecture and incorporate Fibercon Altilium® CP Blanket technology with zero filler-material operation. The sixth model, the SDR, features a dedicated Side Loading System with direct access through a side door. All BUNCKER® models are engineered and manufactured in the Netherlands by VDL to the highest industrial quality standards.

Buncker-XL-XXL

Select Your Model

buncker sdr front lade

Model SDR

BUNCKER® SDR

45 kWh

  • UN LP906 Certified
  • HF Gas Filtration (FACB)
  • No Filler Materials
  • ADR · IMDG · RID
Buncker-S-L-3

Model S

BUNCKER® Pro Heavy S

50 kWh

  • UN LP906 Certified
  • HF Gas Filtration (FACB)
  • No Filler Materials
  • ADR · IMDG · RID
Buncker-S-L-3

Model M

BUNCKER® Pro Heavy M

90 kWh

  • UN LP906 Certified
  • HF Gas Filtration (FACB)
  • No Filler Materials
  • ADR · IMDG · RID
Buncker-S-L-3

Model L

BUNCKER® Pro Heavy L

90 kWh

  • UN LP906 Certified
  • HF Gas Filtration (FACB)
  • No Filler Materials
  • ADR · IMDG · RID
Buncker-XL-XXL

Model XL

BUNCKER® Pro Heavy XL

100 kWh

  • UN LP906 Certified
  • HF Gas Filtration (FACB)
  • No Filler Materials
  • ADR · IMDG · RID
Buncker-XL-XXL

Model XXL

BUNCKER® Pro Heavy XXL

200 kWh

  • UN LP906 Certified
  • HF Gas Filtration (FACB)
  • No Filler Materials
  • ADR · IMDG · RID
6
Models
(SDR – XXL)
200 kWh
Max Capacity
(Model XXL)
<100°C
Outer Temp During
Thermal Runaway
3
Transport Modes
Road · Sea · Rail
Applications

Solutions by Industry

BUNCKER® serves every sector where lithium batteries require safe, compliant transport and storage.

EV Manufacturers

Compliant packaging for battery pack transport from production line to assembly plant, or reverse logistics for warranty returns and end-of-life batteries.

Battery Recycling

Safe transport of defective, damaged, and end-of-life lithium cells to recycling facilities. Full UN P906 coverage no filler materials needed.

Energy Storage (BESS)

Large-format BESS module transport and temporary storage. BUNCKER® XXL handles the largest industrial energy storage batteries with full containment.

Defence & MIL

Mission-critical containment for military-grade battery systems. BUNCKER® is defence-ready, robust, certified, and built to perform under demanding field conditions.

Freight & Logistics

For freight forwarders, 3PLs, and logistics operators handling dangerous goods. BUNCKER® simplifies compliance across all transport modes, road, sea and rail.

Fully Certified for All Transport Modes

Knowledge Hub

Lithium Battery Safety Resources &
Insights

Expert guidance on regulations, thermal runaway
science, and compliant packaging for lithium batteries.

Sodium-Ion Batteries Classification Transport

Home / Knowledge Hub / Sodium-Ion Batteries: Classification and Safe Transport Regulation Sodium-Ion UN 3551 / UN 3552 October 2026  ·  15 min read Sodium-Ion Batteries: Classification and Safe Transport Sodium-ion cells now have their own UN numbers, their own special provisions and their own air packing instructions. This regulatory guide explains how UN 3551,…

Storing Lithium Batteries Safely

Home / Knowledge Hub / Storing Lithium Batteries Safely: Warehouses, Yards and Outdoor Sites Safety Battery Storage Site Risk Management October 2026  ·  15 min read Storing Lithium Batteries Safely: Warehouses, Yards and Outdoor Sites Most lithium battery incidents do not happen on the road. They happen while batteries sit still: in a warehouse rack,…

Lithium Battery Safety for Defence

Home / Knowledge Hub / Lithium Battery Safety for Defence Applications Regulation Defence Logistics Dangerous Goods September 2026  ·  15 min read Lithium Battery Safety for Defence Applications Armed forces now depend on high-energy lithium battery systems in vehicles, unmanned systems, soldier equipment and forward energy storage. This guide sets out the regulatory baseline, the…

Choosing the Right Battery Container

Home / Knowledge Hub / Choosing the Right Battery Container: A Buyer’s Guide Guide Procurement Containment Selection September 2026  ·  16 min read Choosing the Right Battery Container: A Buyer’s Guide Buying lithium battery containment is not like buying pallets or cages. The container you choose decides whether a failing pack stays a contained incident…

HF Gas: The Hidden Danger in Battery Fires

Home / Knowledge Hub / HF Gas: The Hidden Danger in Battery Fires Safety Hydrogen Fluoride Toxic Gas September 2026  ·  15 min read HF Gas: The Hidden Danger in Battery Fires Every lithium-ion battery fire releases hydrogen fluoride. It is invisible, it acts on the body hours after exposure, and a single large pack…

IMDG vs. IATA Battery Shippers

Home / Knowledge Hub / IMDG vs. IATA: Key Differences for Battery Shippers Guide IMDG Code IATA DGR September 2026  ·  15 min read IMDG vs. IATA: Key Differences for Battery Shippers Sea and air carriage of lithium batteries share a common regulatory ancestor but diverge sharply in practice. This guide sets the IMDG Code…

Ready to make lithium transport safe?

Speak to our specialists about the right BUNCKER® model for your application.