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An acid and corrosive storage cabinet is designed to safely store acids and other corrosive materials. Instead of storing potentially dangerous chemicals on a simple shelf, acid safety cabinets allow you to store acids and corrosive materials in a container that is designed to prevent fires, leaks, and exposure to harmful fumes.
Corrosive cabinets are designed to safely store acids and other corrosive materials, rather than simply storing them on a shelf. Some are made of metal, and some are made of plastic, but, plastic is more ideal because the metal could corrode over time. It is a good idea to check the state of any metal pieces of a corrosive cabinet periodically. These cabinets can help contain spills and leaks, as well as provide ventilation from harmful fumes. If underneath the fume hood, these are vented directly into the base of the fume
hood, and exhausted just as other fumes are in the hood.
There are no requirements to ventilate these cabinets, but it is generally a good idea to store liquid corrosive materials in a ventilated cabinet if the lab space is equipped with ventilated corrosive storage cabinets already. Many labs also have standalone blue corrosive storage cabinets which are also entirely appropriate.
Generally, no flammable materials must be stored in rated flammable storage cabinets to meet building and fire code requirements as discussed above. Corrosive storage cabinets are not designed to meet the same criteria. For this reason, if you have items that are both flammable and corrosive (e.g., glacial acetic acid), these should be stored in rated flammable storage rather than general corrosive storage.
| Modle | Size/w*d*h/m m | Volume (Gal / L) | Weight (KG) | Shelves | Loading capacity (kg) | Description |
| GFPC4 | 430*430*560 | 4/15 | 13 | 1 | 25 | 8 mm porcelain white polypropylene plate, same color seamless welding, vertical edges surround, one piece welding. The shelf can be placed both positive or negative, the vertical edge will have anti-leakage function if place it negative side. |
| GFPC12 | 590*460*890 | 12/45 | 32 | 1 | 30 | |
| GFPC28 | 910*460*900 | 28/80 | 36 | 1 | 35 | |
| GFPC30 | 1090*460*1120 | 30 /114 | 53 | 1 | 40 | |
| GFPC45 | 1090*460*1650 | 45 /170 | 75 | 2 | 40 | |
| GFPC60 | 860*860*1650 | 60/227 | 85 | 2 | 40 | |
| GFPC90 | 1090*860*1650 | 90 / 340 | 102 | 2 | 40 | |
| GFPC1800-1 | 900*450*1800 | door 2 | 80 | 4 | 40 | |
| GFPC1800-2 | 900*450*1800 | 4 | 80 | 3 | 40 | |
| GFPC1800-3 | 900*450*1800 | 2 | 80 | 4 | 40 | |
| GFPC1800-4 | 900*450*1800 | 4 | 80 | 3 | 40 |
Laboratory cabinetry comes in a variety of materials, with something offered for every lab type. The type of experiments you complete will dictate the type of cabinet material you choose for the lab.
One option is metal lab cabinets. These cabinets are durable and efficient for laboratories that require chemical resistance. Cabinetry of this type can be stationary or mobile and the metal can easily be cleaned and holds up to certain types of spills.
Another option is wood cabinetry. In a laboratory setting, the cabinetry is usually created from birch or oak, even high-grade plywood. Wood cabinetry can stand the test of time, providing a sturdy and durable base for your storage needs.
Plastic laminate is another useful material for a laboratory setting. This material comes in several colors and sometimes patterns to create an interesting visual look in the laboratory space. The laminate is durable and can withstand certain chemicals and testing materials however has a short lifespan.
When it comes to corrosive or wet lab environments, phenolic resin cabinets work best. This material is highly durable and is used often by labs looking for a custom configuration.
Choosing the right cabinetry for your lab is essential to a smooth workday. Several factors must be considered, including the material type, how it will withstand certain chemicals and experiments, and your storage solution needs.
Can Acids and Bases Be Stored in the Same Cabinet?
An important part of safe laboratory storage is preventing accidental chemical reactions. Whether or not you can store certain acids and bases together depends on the specific properties of those chemicals and how they may react to one another when in close proximity. When in doubt, only put acids and other corrosive materials in acid and corrosive cabinets, not bases.
Acid Cabinet vs. Flammable Cabinet: What's the Difference?
Flammable cabinets can be placed under fume hoods for ease of use, but acid cabinets must be placed under fume hoods for ventilation purposes. Flammable cabinets need to be able to close and seal to prevent feeding a fire or spreading flames, while acid cabinets need to maintain proper ventilation in order to prevent corrosive fumes from damaging the cabinet or leaking into the laboratory itself.
Chemical Storage Cabinet vs. Acid Cabinet: What's the Difference?
Acid safety cabinets are actually just one specific type of chemical storage cabinet. They are specially designed to address and minimize the risks of storing acids and corrosive materials. Other types of chemical storage cabinets may require different characteristics than acid safety cabinets to store their chemicals safely, such as:
▪Temperature control
▪Light reduction
▪Self-closing doors
▪Grounding connectors
▪Specific warning labels
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