The pallet rack
is the support of pallets which are also known as the stands. Depending
on the size of pallets, each rack can efficiently support hundreds
of pallets. This makes it practical tool for managing spaces
in the entire warehouse, store or factory.
The pallets are
platforms which are utilized to transport or store things or commodities.
They are mostly useful in industrial places such as factories, pharmaceuticals,
warehouses, and places where food, grains, chemicals and other commodities
are being stored.
Pallet rack makes
it possible to stack multiple pallets in a single space.
They are used to maximize a space by enabling us to pile pallets as
many as possible. Without these, it will not be possible to pile pallets
as high as a building.
There are numerous
kinds of pallet racks that are available in the market today such
as push back racks, pallet flow racks, structural racks, mezzanine
racks, selective racks, reel racks, custom racks, combination
racks, double-deep selective, die storage racks, carpet racks, bolt
connection racks, seismic racks, boat racks, empty pallet storage
racks, drive-in racks and drive-through racks.
You may wonder
why there are so many kinds of pallet racks but this is because pallets
are being used in almost all kinds of industries to store and transport
their commodities and each of these industries has different products
that need different kinds of pallets. Hence, there are so many kinds
of racks that are available in the market to suit the requirement
of each industry.
The pallet rack
is also highly customizable; in fact, they are being designed using
CAD system to perfectly match the actual warehouse and the kinds of
pallets that they will be supported. The principal stages in designing
a rack are to determine the length and the depth of the pallet.
The depth of load,
the width of load and the load height of the largest load are also
important in designing or purchasing pallet racks. One should also
check the capacities of beam, the reinforcement and the spacing of
beam in between each beam.