| Attribute | Value |
|---|---|
| ALFA LAVAL | MT50 BOARD |
| 3183045474 /2 | 1134/1105 |
| Contact | 003352043338 / 003352043336 / 003352041105 |
| Additional Info | 318304647-5 L50/1 |
| Additional Info | 318304647-5 L90 |
| Additional Info | 318306275-1 |
| Version | V: 1.04 D1 |
| Origin | MADE IN SWEDEN |
| Weight | 80 GM |
| Reference Number | 43403 |
Key Features of Alfa Laval MT50
High-Efficiency Heat Transfer
The MT50 is developed with the state-of-the-art plate technology which provides maximum heat transfer with energy consumption at minimal levels. In addition, a compact design also supports optimal thermal performance. Therefore, it is selected for energy conscious operations.
Reliability and Durability
Built with tough materials, the MT50 delivers long-lasting performance even in the most extreme conditions. The stainless steel plates of this product are corrosion- and wear-resistant, making operators who work with critical processes worry-free.
Modular Design Options
One of the notable features of the Alfa Laval MT50 is its modularity. It can be tailored to meet specific requirements of an operation, be it a small application or a big industrial system.
Easy Maintenance
The MT50 is designed with user convenience in mind. It can be easily disassembled and cleaned, which means less downtime for your operations to run smoothly and efficiently.
Why Alfa Laval?
Alfa Laval has a long history of producing industrial equipment that is cutting-edge. They are committed to innovation, quality, and sustainability. The MT50 is no exception, offering not only superior performance but also a smaller environmental footprint, which aligns with modern sustainability goals.
Applications of the Alfa Laval MT50
The MT50 is a flexible solution applicable to many different industries. They include the following:
HVAC Systems: Efficient temperature control in buildings and industrial facilities
Food and Beverage Processing: Precise temperatures in processes such as pasteurization and cooling
Chemical Industry: Heat transfer in chemical reactions to ensure consistency and safety
Energy Sector: Enhancement of energy recovery processes, thus waste and cost on operations are minimized.
