Prince Castle MHB100HM1 10.28"W Freestanding Warming Unit w/ (1) 6" Compartment, 120v - Image 1
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SKU: 005-MHB100HM1
Brand: Prince Castle

Prince Castle MHB100HM1 10.28"W Freestanding Warming Unit w/ (1) 6" Compartment, 120v

Prince Castle MHB100HM1 freestanding drawer warmer maximizes holding capacity with a doorless pass-thru design. Ideal for countertop placement, accommodating dual-handle pans and featuring independent top/bottom heating. Elevate your kitchen efficiency with this 120V, stainless steel unit.

Key Features

  • Doorless pass-thru design for fast, efficient loading/unloading in high-volume kitchens
  • Independent top (150-275°F) and base (150-225°F) heating with thermostatic controls for precise temperature management
  • Modular design stacks up to 5 units horizontally/vertically, maximizing holding capacity in limited counter space
  • Stainless steel construction and 120V power built for durability in commercial restaurant settings
  • Includes moisture-preserving pan cover, USB port, and PC application for modern connectivity and convenience
Starting from $1885.92/unit

Volume discounts available

Optimize your restaurant’s workflow with the Prince Castle MHB100HM1, a 10.28" freestanding drawer warmer designed for efficiency and space-saving versatility. This countertop unit features a doorless pass-thru design, allowing seamless loading and unloading—perfect for fast-paced commercial kitchens. With a single 6" compartment and thermostatic controls, it maintains precise temperatures (150-275°F top, 150-225°F base) for holding hot foods like soups, sauces, or entrees without moisture loss. The included pan cover and USB port with PC application add convenience, while its modular design lets you stack up to five units horizontally or vertically to maximize holding capacity. Whether you're outfitting a busy café, high-volume restaurant, or catering kitchen, this Prince Castle warming drawer delivers professional-grade performance with stainless steel construction and 120V power, ensuring reliability in demanding environments.