HEAVY DUTY PALLET RACKING

Frames

• Cold roll formed uprights and the bigger Omega cross sectional rofile results in higher upright stiffness and rigidity.• Punched with lug holes at 76mm pitch for easy clearance calculation and load bearing capacity, and cold roll-formed into a C-section with return flanges for stronger load capacity.• 90mm x 76mm Continuous Uprights Without Splice, bolted with horizontal and diagonal braces using high tensile grade 8.8 bolts and nuts.• All uprights are designed with a guaranteed safety factor of 1:2• Frame Load Capacity-10 to 20 Tons• SIZES OF UPRIGHTS: UR50, UR70, UR90 , UR115

Bracing

Steel braces of C-section profiles of 8×30.5x32x30.5x8mm x 1.5mm thick are bolted to the uprights in a constant zigzag pattern at every 60-centimetre using M10 x 65 high tensile Grade 8.8 bolts and nuts.

Heavy Duty base plates (shim plates)

125mm x 110mm x 6mm thick complete with 2 x M14 holes and Floor Anchors Mechanical Expansion Anchors M10 x 114.

Beams• Beams are welded to 3 lug end connectors for ease & quick hooking/ installation.• The end connectors are welded using a robotic continuous welding machine, which guarantees consistent welding properties and according to international standards.• Special safety locks complete the beam design to prevent accidental beam removal. These special safety locks does not deform easily when pulled out for repositioning of beams.• All beams are designed with a guaranteed Safety Factor of 1:1.65 and limited to a maximum Deflection Ratio of Span/200.

• SIZES OF BEAMS : 80X40MM , 90X50MM, 100X50MM, 120X50MM, 140X50MM, 160X50MM

FINISH

Both frames and beams are epoxy powder-coated. All racking and shelving components are subject to anti-rust pre-phosphate treatment before epoxy powder is oven baked and coated hard on to the steel surface.System code in practice

Our system follows the SEMA Code of practice to ensure proper load capacity & safety aspect.

Steel specifications

The system design includes the use of high tensile steel for its main racking components – uprights, braces and beams. The steel used in the manufacture of these components is no less than SS400 grade for the beams and SS490 for the uprights