True Refrigeration TSSU-36-15M-B-HC Mega Top 35" Sandwich and Salad Prep Unit

Maximize productivity in fast-paced commercial kitchens with the True Refrigeration TSSU-36-15M-B-HC Mega Top Prep Table. This 35-inch refrigerated unit is specifically built for sandwich and salad preparation, offering a reliable workspace combined with accessible cold storage. Utilizing an environmentally friendly R290 hydrocarbon refrigerant within a factory-engineered capillary tube system, this unit provides efficient and consistent cooling. The spacious countertop area easily holds food pans, ensuring ingredients are always within arm's reach for high-volume service.

Manufactured in the USA, this prep table delivers a dependable holding temperature between 33°F and 41°F to keep food safe and fresh. It features a patented forced-air design and an insulated hood that minimizes condensation while preserving ingredient quality. The cabinet is constructed with a durable stainless steel front, top, and ends, complemented by an attractive clear-coated aluminum interior liner and coved stainless steel floor for effortless cleaning. Four adjustable PVC coated shelves maximize internal storage, and standard 5-inch castors allow for easy mobility during routine kitchen maintenance.

Key Features:

Mega Top Capacity: Accommodates fifteen 1/6 size, 4-inch deep clear polycarbonate food pans in the main prep area.

Built-In Cutting Board: Includes a durable, 8-7/8 inch deep, full-length white polyethylene cutting board for a sanitary food prep surface.

Consistent Cooling: Maintains cabinet temperatures from 33°F to 41°F utilizing a forced-air design and R290 hydrocarbon refrigerant.

Durable Construction: Built with a stainless steel top, front, and ends, plus a corrosion-resistant GalFan coated steel back.

Flexible Interior Storage: Provides generous storage space with two solid, self-closing swinging doors and four adjustable PVC coated wire shelves.

Eco-Friendly Insulation: Features foamed-in-place high-density polyurethane insulation that boasts zero ozone depletion potential.