Corrosive Substance Storage Cabinet 5516ASPH is a robust 30-litre metal cabinet built to store corrosive substances safely and in full compliance with AS3780. Its compact under bench design is ideal for laboratories, workshops, and chemical storage areas.
Features of Corrosive Substance Storage Cabinet 5516ASPH:
- AS3780 compliant for the safe storage and handling of corrosive substances such as acids, alkalis, caustics, sodium hydroxide, and hypochlorite solutions.
- Low-profile under bench design is space-efficient and constructed with double-walled 1.2mm thick galvanised steel for enhanced safety.
- Self-closing door mechanism features speed-adjustable hydraulic closure and a continuous stainless-steel piano-type hinge for reliability.
- Adjustable perforated shelf made from 1.6mm galvanised steel with 45mm increment options; each shelf includes a plastic spill tray for containment.
- Dual 50mm vent bungs with steel caps and flash arrester provide proper ventilation and safety control.
- Overlapping door edging helps prevent heat ingress, and a three-point self-latching door mechanism ensures secure closure with a keyed-alike lock system.
- Powder-coated components including shelf and closing assembly, along with external static earth connection and included earthing wire for added protection.
- 150mm liquid-tight sump helps contain accidental spills; unit is palletised and packaged in solid cardboard to ensure safe delivery.
- Pre-applied corrosive diamond decal and relevant safety labels enhance workplace compliance and visibility.
Specifications for Corrosive Substance Storage Cabinet 5516ASPH:
| Specification | Details |
| Model: |
5516ASPH |
| External Dimensions (L x W x H): |
515 x 465 x 770mm |
| Internal Dimensions (L x W x H): |
420 x 370 x 525mm |
| Capacity: |
30 litres |
The 30-litre corrosive storage cabinet is ideal for safely storing hazardous chemicals in labs, industrial facilities, and workshops. Its AS3780-compliant build, venting system, and compact design offer both functionality and protection in corrosive environments.