The industry standard - durable quality at an affordable price. Hybrid epoxy/polyester powder coated finish in a variety of designer colors over cold-rolled commercial quality (CRCQ) galvannealed, stretcher-leveled steel. Cellular honeycomb core.
Combines design flexibility with aesthetic appeal and economy. All the proven benefits of high pressure laminate are built-in: featuring a smooth laminate surface bonded under pressure to a solid impact-resistant particle board core. Resistant to grease and stains. Available in a complete set of designer colors that coordinate attractively with other washroom accessories.
The ideal choice for busy public facilities, high density polyethylene (HDPE) is highly resistant to stains, common acids and cleaning agents, as well as moisture, steam, and corrosion. Solid plastic never needs painting and will not easily dent or chip. Available in a variety of decorator colors.
The gleaming beauty of stainless steel provides exceptional durability and modern styling. A honeycomb core is glued under pressure to #304 stainless steel sheets and then assembled with roll formed crown molding. The corners are welded and ground smooth for extra strength. Available in #4 satin or textured finish.
Impact, moisture, and corrosion resistant, the surfaces are smooth and easy to clean. Phenolic partitions are compression molded and ideal for extreme moisture conditions in showers, pools, and saunas, or when maintenance includes hosing down washrooms. Decoratively faced on both sides of a resin-impregnated kraft paper core. Surface and core sheets are fused at high temperature and pressure. Available in a wide range of designer colors with attractive black edges.
Adds value to regular phenolic, with constant color from the surface--through and through. Especially effective for impact, scratch, and graffiti resistance. It also has excellent screw holding power and all the advantages of traditional phenolic performance. Available in a choice of attractive colors and styles, affording full flexibility in design and application.