True GDM-10SSL-HC~TSL01 24 7/8" GDM Series One Section Glass Door Merchandiser - (1) Right Hinge Door, White, 115v

The True GDM-10SSL-HC glass door merchandiser from True Refrigeration is a premium choice for commercial kitchens and restaurants seeking a sleek, high-performance display unit. This 1-section model features four levels with three 20 5⁄8-inch-wide, 12 1⁄2-inch-deep PVC-coated shelves that can be adjusted in 1⁄2-inch increments, providing flexibility for displaying a variety of items while maintaining durability in high-moisture environments. The self-contained refrigeration system ensures consistent temperatures between 33–38°F, preserving product quality, while the upper cabinet’s foamed-in-place polyurethane insulation enhances energy efficiency. This unit also incorporates a bottom-mounted condenser with R290 hydrocarbon refrigerant, which is eco-friendly with zero ozone depletion potential and minimal global warming impact—a key advantage for sustainability-conscious operators. Designed for both functionality and aesthetics, this glass door merchandiser includes a low-E, self-closing, thermal insulated glass door with LED interior lighting and a magnetic gasket, ensuring a professional appearance while maintaining energy efficiency. The epoxy-coated evaporator resists corrosion, adding to the unit’s longevity, while the 'no stoop' lower shelf and built-in clean-out drain make maintenance effortless. Its compact footprint (19 inches deep, 53.5 inches tall) makes it ideal for tight spaces, whether in a busy café, fast-casual restaurant, or retail setting. For restaurant owners and commercial kitchens prioritizing performance, durability, and eco-friendly features, the True GDM-10SSL-HC is an outstanding investment. Its combination of energy efficiency, high-quality materials, and sleek design ensures it meets the demands of modern commercial environments while contributing to a more sustainable operation. Order yours today and upgrade your product display with a unit that delivers both style and functionality.