Imported

The Commercial Freezer Model CH 1500 is a professional undercounter freezing solution designed for restaurants, hotels, bakeries, cafeterias, catering businesses, and commercial kitchen environments. Featuring a durable stainless steel construction with a double-door storage system and flat stainless steel worktop, it provides efficient frozen storage for meat, seafood, dairy products, ice cream, and bulk food inventory while also serving as a practical food preparation surface. Its commercial-grade freezing system, digital temperature controller, and insulated cabinet structure ensure reliable temperature maintenance and continuous heavy-duty operation. Built with a compact space-saving design, hygienic food-safe interior, smooth easy-clean surfaces, and energy-efficient performance, the CH 1500 delivers dependable commercial freezing, professional durability, and convenient undercounter functionality for demanding food service operations.

Ambassador

This professional-grade Deep Freezer Stainless Steel is engineered to provide reliable, heavy-duty frozen storage for demanding commercial environments such as restaurants, hotels, and large-scale catering operations. Built with a robust, all-stainless steel body structure and heavy-duty casters for effortless mobility, this unit offers maximum durability, structural strength, and easy sanitation. Featuring a space-optimized 55" x 31" x 36" frame and secure top-opening dual lids, it maximizes storage volume while effectively minimizing temperature loss during everyday access. Designed for peak deep-freezing efficiency, the system operates on a standard 220V AC / 50 Hz power supply with a powerful 800-watt cooling capability. An advanced digital temperature controller accurately holds internal environments at sub-zero levels ranging from -15°C to -20°C, ensuring food safety and preserving the quality of bulk ingredients over extended periods. Utilizing eco-friendly R404s refrigerant, this commercial chest freezer delivers rapid temperature recovery, uniform thermal preservation, and unmatched performance under heavy workloads.