Chemical Storage Cabinet

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Features:

• Long life
• High tensile strength
• Excellent performance

because laboratory chemical storage cabinets manufacturer. so Three-point stainless steel bullet latching system makes it work safely every time. also  labels are highly visible under fire conditions or during power outages when illuminated with a flashlight. because dual vents with flame arresters, similarly adjustable self-leveling screws and trilingual warning label, Durable lead-free epoxy/polyester powder-coat finish provides excellent chemical resistance,  dual vents with flame arresters, four adjustable self-leveling screws and trilingual warning label, Three-point stainless steel bullet latching system makes it work safely every time.

Safe storage of chemicals must begin with identification of the chemicals to be stored and their intrinsic hazardous properties. Since many chemicals have several hazards, which may vary in degree of severity, depending on quantity and concentration, it is not always straight forward to determine what protection is needed for safe storage and where best to store a particular chemical. However, typical storage considerations may include temperature, ignition control, ventilation, segregation and identification.

All chemicals should be stored in such a manner as to prevent incompatible materials from being accidentally mixed together in the event of the breakage of one or more containers in the storage area, or to prevent the formation and build-up of reactive vapours. The correct storage of chemicals within storage areas / stock rooms, workshops and laboratories is an on-going problem which can sometimes be complex and potentially confusing. The overall purpose of correct storage is to maintain control over the chemicals so that they can be both stored and retrieved safely.

Many chemicals, including waste chemicals awaiting safe disposal, have special storage requirements with temperature, time, or security restrictions and practical problems can arise because of the number of separations that could be desirable. Correct storage must address the compatibility issues of flammable substances, unstable materials, highly reactive chemicals and vapours of highly toxic materials.

These must have the means of controlling a spillage. This may be an impervious sill or low bund, typically high and big enough to hold 110% of the contents of the largest container. The alternative is to drain the area to a safe place, such as a remote sump or separator. Absorbent granules or another means of clearing up small spills must be provided but it should be noted that some granules such as clay are not suitable for certain chemicals e.g. hydrofluoric acid. Care must be taken to ensure that any absorbent materials used are compatible with the chemicals being stored.

Refrigerator temperatures are often higher than the flash points of extremely / highly flammable liquids and ignition sources are readily available inside the storage compartment of an unmodified domestic type refrigerator. Also the compressor and its circuits are typically located at the bottom of the units, where vapours from flammable liquid spills or leaks of liquid (or vapour) may easily accumulate. Furthermore should a refrigerator malfunction the internal temperature can rise above the flash point of most if not all flammable liquids aka flammable solvents.

The modifications needed include relocation of manual temperature controls to the exterior of the storage compartment, removal of light switches and assemblies, replacing mechanical door latches with magnetic door gaskets and sealing any holes left. The purpose of these modifications is to eliminate ignition of vapours inside the storage compartment by removing ignition sources within the compartment. Ideally, labs requiring refrigerator storage for flammable liquids should purchase commercial ‘spark –free’ models that require no modification.

The risk associated with incompatible chemicals coming into contact must be avoided wherever chemicals are handled or stored as when incompatible chemicals react, the generation of energy may be extremely violent resulting in catastrophic explosions. Gaseous products may be formed which are dangerously flammable,

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