ChemCor Countertop Corrosives/Acids Safety Cabinet, Cap. 4 gallons., 1 shelf, 1 Self-Close door

Countertop and Compac Cabinets let you customize your work areas and make the most of available space. Whether adding to existing storage space or making chemicals readily available at workstation locations, these smaller-sized cabinets are the solution when space is at a premium. The ChemCor® thermoplastic coating on all interior surfaces provides superior protection against corrosion from drips and off-gassing from harsh chemicals. Seam-free surface eliminates the need for rivets or fasteners which risk corrosion from seep-through chemicals. Non-porous surface resists staining and cleans up easily. ChemCor® Lined Countertop Acid Safety Cabinets have the same quality features found in Justrite's flammable cabinets — including double-wall, 18-gauge (1mm) welded steel construction, 2" (51mm) liquid-tight containment sump, dual vents, adjustable shelves, three-point stainless steel bullet self-latching doors with U•Loc™ padlockable handle and Haz-Alert™ reflective warning labels. An all epoxy baked-on powder-coat finish, inside and out, provides increased chemical resistance. Interior ChemCor® liner ensures complete corrosion resistance and protection. Manual-close door(s) opens to a full 180 degrees and self-latches when pushed closed. Self-close door(s) shuts and latches automatically when a fusible link melts at 165°F (74ºC) under fire conditions. Unique, concealed self-closing mechanism offers obstruction-free access to contents. Manual close models meet OSHA and NFPA 30. Cabinets come with a ten-year warranty. Self Close models meet OSHA, NFPA 30, NFPA 1 and the International Fire Code. Cabinets come with a ten-year warranty. Research environments using many different types of chemicals have special storage requirements. Whether using acids, bases or solvents, it is critical that incompatible liquids are segregated to avoid disastrous explosions or fire. The SDS (Safety Data Sheet) should be reviewed to determine chemical characteristics and recommended storage practices.