Stone Display Stand

Quartz, granite, and marble each have different weight characteristics. The SRL2040 slot geometry was optimized for the average density range of natural and engineered stone, with extra reinforcement

We manufacture the SRL2041 in the same facility where we build industrial storage systems, which is why the load ratings on our display racks are conservative rather than aspirational.

Stone importers tell us their biggest display headache is racks that develop a permanent lean toward the front. The SRL2043 has full-frame gusset plates at all four corners specifically to prevent thi

Stone importers tell us their biggest display headache is racks that develop a permanent lean toward the front. The SRL2006 has full-frame gusset plates at all four corners specifically to prevent thi

When an architect visits your showroom to specify stone for a project, they need to see full slabs on display. The SRL2010 presents each slab at a 7° tilt-back angle that keeps it stable without clamp

The SRL2011 frame uses CNC-welded joints throughout — every structural connection is a continuous weld bead, not a bolt and washer. This doubles the load rating compared to bolt-together designs.

The SRL2012 was first prototyped for a Dubai-based stone importer who needed display racks that could survive in 45°C warehouse heat without the powder coat peeling. That prototype is still in service

Humidity in stone warehouses can be extreme. The SRL2022 powder coat is applied at 90-110μm thickness — more than triple the industry minimum — with a zinc phosphate undercoat for corrosion resistance

We engineered the SRL2023 center of gravity 40% below the frame midpoint after studying how customers interact with stone displays. They lean slabs forward to see the polished face, and the rack must

The SRL2024 contact pads are made from EPDM rubber — the same material used in permanent outdoor gaskets. They won’t degrade, stain, or transfer color to light-colored stone surfaces.