Stainless Steel Industrial Sanitary Liquid Milk Plate Heat Exchanger Pasteurizer Plate Heat Exchanger

Product Description

Sanitary grade plate heat exchangers are suitable for applications with specific hygiene needs, such as beverages, dairy products and food products, and are the best choice for heat-sensitive media. Sanitary grade plate heat exchangers can be used in multi-stage applications (e.g. for pasteurization) and are easy to disassemble for inspection, cleaning and servicing. Sanitary plate heat exchangers connect plate angles are interchangeable, and heat transfer plates can be easily added or removed, so modifications can be made quickly and easily if the engineering conditions change.

Sanitary grade plate heat exchanger is a heat exchange equipment specially designed for the food industry, and its design and manufacture standards strictly follow food safety and hygiene requirements.

Material safety: The materials of food-grade heat exchangers must meet food safety standards, usually using stainless steel, titanium alloy and other corrosion-resistant, high-temperature and wear-resistant materials to ensure that the equipment will not produce harmful substances to food during use.

Efficient heat exchange: Food grade heat exchanger uses advanced heat exchange technology, has high heat exchange efficiency and good thermal stability, and can meet the various heat exchange needs in the production process of food and beverage.

Easy to clean and disinfect: The design and structure of food-grade heat exchangers should be easy to clean and disinfect, and can meet the cleaning and hygiene requirements to ensure food safety during the production process.

Strong adaptability: food-grade heat exchangers can adapt to a variety of different food production processes and environments, can work under high temperature, low temperature, high pressure, vacuum and other conditions, and has a long service life. It can adjust the channel size and increase or decrease the number of plates according to actual needs to adapt to different flow and pressure requirements.