Storage system for rolled or cylindrical products

A system for storing cylindrical products, the system comprising:

• at least one longitudinal guide beam configured to be installed on a supporting base surface, the longitudinal guide beam comprising a plurality of planks, each plank having a first end and a second end, the first end including a first toothed rack having a first pattern of grooves and projections at its bottom surface, and the second end including a second toothed rack having a second pattern of grooves and projections at its top surface, said second pattern being complementary to said first pattern, the first end of each plank being configured to interlock with the second end of an adjacent plank to form a unitary longitudinal guide beam;
• and
• at least two transverse stop bars configured to be positioned onto and removably connected to the longitudinal guide beam, each transverse stop bar having a load bearing surface formed to incline at an acute angle with respect to a horizontal plane, each transverse stop bar further including an internal transverse groove configured to be placed onto said longitudinal guide beam so as to secure said transverse stop bars on said longitudinal guide beam,
• wherein the longitudinal guide beam and transverse stop bars are made of a rubber-polymer composite material having a high coefficient of friction.

A system for storing rolled products, the system comprising:

• at least two longitudinal guide beams configured to be installed on a supporting base surface, each longitudinal guide beam further comprising a first toothed rack having a first pattern of grooves and projections formed at a top surface of said longitudinal beam;
• and
• at least two transverse stop bars configured to be positioned onto and removably connected to the longitudinal guide beams, each transverse stop bar having a load bearing surface formed to incline at an acute angle with respect to a horizontal plane, each transverse stop bar further including an internal transverse groove having a second toothed rack having a second pattern of grooves and projections formed at a top surface of said internal transverse groove, said second pattern being complementary to said first pattern, the second toothed rack being configured to interlock with the first toothed rack so as to secure said transverse stop bar on said longitudinal guide beam,
• wherein the longitudinal guide beams and transverse stop bars are made of a rubber-polymer composite material having a high coefficient of friction.