Steel thickness: lockers tend to be made from a standard thickness of steel, which is commonly 0.8 mm. thick; but heavy-duty or high-security lockers are offered as a standard option by some manufacturers, or may be available on special order. A typical locker of this sort may be constructed from steel 1.2 mm. thick, for example, and is usually fitted with three-point locking, regardless of the number of tiers.
With the same standard features as the Traditional line, the Traditional Plus Collection is intended for more rugged applications and has matching finish on all sides and top for a finished look. Phenolic Lockers are the material of choice when a high degree of design flexibility is desired or where durability and strength are required. These lockers are fabricated to stand the test of time. The dense components, combined with stainless steel brackets and fasteners, stand up to the most extreme conditions of moisture and humidity. Phenolic is impact, water and corrosion resistant, and does not support bacteria.
Bank size: It does not necessarily refer to the total number of compartments, but rather the number of compartments wide the entire cabinet is. So a bank of three may contain six lockers, for example, if they are two-tier lockers. In short, the total number of lockers is the bank size multiplied by the number of tiers. Sometimes the term "bay" is used instead of "bank", although "bank" appears to be the more standard term; on other occasions, "bay" refers to a single locker width within a bank, including all tiers of locker directly on top of each other.
18 in. Wide Metal Locker offer ample space 18 in. Wide Metal Locker offer ample space for personal storage need. Ideal for government agencies law enforcements locker rooms employee changing rooms gyms and many other applications. These spacious lockers are six (6) feet high (add 6 in. for legs). Each compartment door include a lift up handle and ... More + Product Details Close
In schools without lockers, students are sometimes provided with two complete sets of textbooks, one set being kept at school for use in class, and the other being kept at home for referring to for homework, thus limiting the amount of heavy carrying that would otherwise be required without having lockers to store them in between classes. However, research has shown an increase in the incidence of back injuries in some students, which has been directly attributed to the lack of lockers for storing books in, thus forcing students to spend more time carrying heavy loads of books in backpacks.
Lockers are usually physically joined together side by side in banks, and are commonly made from steel, although wood, laminate, and plastic are other materials sometimes found. Steel lockers which are banked together share side walls, and are constructed by starting with a complete locker; further lockers may then be adding by constructing the floor, roof, rear wall, door, and just one extra side wall, the existing side wall of the previous locker serving as the other side wall of the new one. The walls, floors, and roof of lockers may be either riveted together (the more traditional method) or, more recently, welded together.