Dangerous Goods Containers

Class 2 Dangerous Goods Unit (Gas Cylinder Storage) – AS 4332-2004.

Gases, if not stored correctly, pose serious risks—they can be toxic, corrosive, highly flammable, or even strip oxygen from the air. Under Australian Standards, these are defined as substances with a vapour pressure of 300 kPa or more at 50°C, or that are completely gaseous at a standard atmospheric pressure of 20°C. Typical Class 2 dangerous goods include everyday items and industrial products such as aerosols, insecticides, methane gas and helium—each requiring compliant, purpose-built storage to keep your people and site safe.

Class 3 Dangerous Goods Unit (Flammable Liquids) – AS 1940:2017.

These are flammable liquids with a flash point at or below 60°C—meaning they can ignite quickly if not managed correctly. You’ll find them every day on worksites and in workshops: paints, ethanol, perfumes, acetone, industrial adhesives and gasoline. Each one demands secure, compliant storage to protect your people, your assets and your operation.

Class 4 Dangerous Goods Unit (Flammable Solids) – AS/NZS 5026-2012.

Class 4 dangerous goods are divided into three high‑risk groups: flammable solids, substances that can ignite spontaneously, and materials that release flammable gases when they come into contact with water. Typical examples include sodium batteries, matches and sulphur—products that may look simple, but demand robust, compliant storage to keep your site protected and your operation running safely.

Class 5.1 Dangerous Goods Unit (Oxidising Agents) – AS 4326-2008.

This class of dangerous goods is rich in oxygen and highly reactive—quiet on the shelf, but capable of dramatically accelerating a fire. Some oxidising agents can even become explosive when exposed to intense heat. On their own they may not burn, but they act as powerful fuel for combustion in other materials, which is why secure, compliant storage is critical on any safety-conscious site.

Class 5.2 Dangerous Goods Unit (Organic Peroxides) – AS 2714-2008.

Organic peroxides are particularly hazardous because they aggressively oxidise other materials—even living tissue. Highly thermally unstable, they can build up heat, release vapours and emit flammable or harmful gases if not carefully controlled. Common examples include peracetic acid, dibenzoyl peroxide, acetyl acetone peroxide and butyl peroxydicarbonate—specialised chemicals that demand robust, compliant storage to minimise risk and maintain a safe, well‑run site.

Class 6.1 Dangerous Goods Unit (Toxic Substances) – AS/NZS 4452-1997.

These are highly toxic substances that can seriously damage the human body if they enter through swallowing, inhalation or even skin contact. This class is associated with a high risk of death or severe, long-term injury if not handled correctly. Typical examples include chloroform, lead compounds, mercury compounds, potassium fluoride and tear gas agents—chemicals that demand secure, compliant storage to protect your team and safeguard your site.

Class 8 Dangerous Goods Unit (Corrosive Substances) – AS 3780-2008.

Corrosive substances demand careful, compliant storage. Without the right protection they can aggressively attack metals, surfaces, infrastructure—and cause severe burns to skin and eyes. To manage the risk, they should be housed in a segregated dangerous goods container with built‑in spill containment. Typical examples include batteries, hydrofluoric acid, sulfuric acid and sulphides—everyday industrial products that require purpose‑designed storage to keep your people, assets and site safe.

Class 9 Dangerous Goods Unit (Miscellaneous Dangerous Goods) – AS/NZS 4681-2000.

Class 9 covers a wide range of substances that pose significant hazards but don’t neatly fit into the other categories—yet still demand serious attention. Typical examples include zinc oxide, lithium‑ion batteries, genetically modified organisms, fuel cell engines and plastics moulding compounds. Each carries its own unique risk profile, making compliant, purpose‑built storage essential for maintaining safety and meeting your regulatory obligations.