UBF0140SD-NR Bromic Under Bench Freezer – 115L – 1 Door – Stainless Steel
Original price was: $1,450.00.$1,044.00Current price is: $1,044.00.
This price does not include GST or Shipping
Keep your bar area neat and tidy with our seamless under bench installation, saving valuable floor space. | Our fridge uses a natural refrigerant, which not only helps you save on energy bills but also reduces your carbon footprint. | Stainless steel self-closing doors minimise temperature loss, ensuring your items stay perfectly frozen without wasting energy. | Designed for the demands of a busy commercial environment, our freezer features a durable stainless steel construction that can withstand heavy use. | Three baskets for easy organisation and quick access to your frozen goods. | Easily adjust and monitor the temperature to ensure your items are kept at the perfect temperature. | With adjustable 30mm feet, our freezer can be easily installed on uneven surfaces. |
Ambient Temperature: 32°C
Colour : Stainless Steel
Door Type: Solid
Number of Doors: 1
Temperature Range: -24°C to -16°C
Volume: 115L
Warranty: 2 Years Bromic Extra Care Warranty – Labour and Parts
Space-Saving Design
Keep your bar area neat and tidy with our seamless under bench installation; saving valuable floor space.
Energy Efficiency
Our fridge uses a natural refrigerant; which not only helps you save on energy bills but also reduces your carbon footprint.
Solid Doors
Stainless steel self-closing doors minimise temperature loss; ensuring your items stay perfectly frozen without wasting energy.
Built to Last
Designed for the demands of a busy commercial environment; our freezer features a durable stainless steel construction that can withstand heavy use.
Flexible Storage
Three baskets for easy organisation and quick access to your frozen goods.
Digital Temperature Controller
Easily adjust and monitor the temperature to ensure your items are kept at the perfect temperature.
Level Installation
With adjustable 30mm feet; our freezer can be easily installed on uneven surfaces.