Samsung is one of the Multinational major appliance and consumer electronics brands renowned for its quality products. Striving to create superior products that will make your lives easier, Samsung brings you its SRT4200S 393L Silver Top Mount Refrigerator. Featuring flat front doors and recessed handles this refrigerator adds a sleek and contemporary touch to your kitchen. Integrated with the Digital Inverter technology, this top-mount refrigerator can smartly adjust its operating speed to handle the cooling demands. It also has LED lighting that will evenly brighten up the interior so you can see all the contents, even at night.

The SRT4200S silver finish refrigerator has been designed with a smart twist ice maker that can easily dispense a large quantity of ice cubes during summer. Its removable design will help you make room for your winter essentials when the weather starts to cool down. The Samsung top-mount refrigerator also utilizes an all-around cooling technology that keeps a constant check on the internal temperature to disperse cold air when needed.

Key Features:

• Minimal Design: The SRT4200S 393 liter refrigerator has a sleek and contemporary design featuring flat front doors and recessed handles, bringing a minimal aesthetic to your kitchen.

• SpaceMax‚Ñ¢ Technology: This silver refrigerator has spacious SpaceMax‚Ñ¢ interiors that will help you store more food. Its high urethane insulation technology creates more space without compromising efficiency.

• Twist Ice Maker: Engineered to dispense a large quantity of ice cubes in warm weather, this twist ice maker can be removed to create more space for your winter essentials.

• All-Around Cooling: Utilising this technology, the top-mount fridge keeps tabs on the internal temperature to release cold air, when needed. Every shelf has multiple air vents to evenly distribute cold air, preserving the freshness of your food.

• Digital Inverter: Designed to deliver long-lasting performance, the Digital Inverter Compressor can intelligently adjust the operating speed based on the cooling demands.