Looking for a sanitary plate heat exchanger? Then JINFAN is just right.
We are a first class compact plate heat exchanger manufacturer & supplier. JINFAN's range of heat exchangers caters to a wide variety of hygienic applications, including food, dairy, beverages, biotech, pharmaceuticals, etc.
The stainless steel heat exchanger is essential equipment for sanitary industrial production. It consists of a set of stainless steel plates with holes for the passage of two fluids, through which the two fluids transfer heat. After years of research and development, our products have a wide range of applications around the world. No matter your hygienic application, JINFAN has the perfect plate heat exchanger. Whether you're processing food, beverages, or pharmaceuticals. The 100% stainless steel design also enables possibilities for other high-pressure duties with high hygiene demands or aggressive media.
The two common grades of stainless steel are 316 and 304 for PHE plates & frames. The primary difference between them is the molybdenum content (around 2-3%), which provides SS316 with superior corrosion resistance. We use materials that meet FDA standards and, with our many years of industry experience, design precise flow and temperature to ensure heat transfer efficiency and meet sanitary requirements. Our high-quality plates ensure product life and are committed to maximizing energy savings.
1. Stainless steel has a high heat transfer coefficient and high heat transfer efficiency.
2. Stainless steel has good corrosion resistance and is suitable for acid, alkali and other chemical fluid treatment
3. At the same heat exchange efficiency, the footprint of the plate heat exchanger is much smaller than that of the shell and tube heat exchanger
4. The plate heat exchanger can be disassembled and assembled to reduce the cleaning and maintenance costs
Plate Material | Suitable Media |
Stainless Steel(304/316) | Pure Water, River Water, Edible Oil, Mineral Oil |
Ti, Ti-Pd | Seawater, Brine, Salt Substance |
20Cr,18Ni,6Mo(254MO) | Dilute Sulfuric Acid, Dilute Salt Substance Aqueous Solution, Inorganic Aqueous Solution |
Ni | High Temperature, High Density Caustic Soda |
Hastelloy(C276,D205,B2G) | Concentrated Sulfuric Acid, Hydrochloric Acid, Phosphoric Acid |
Operating Temperature | Suitable Media | |
NBR | -20℃-+110℃ | Water, sea water, mineral oil, Salt, Brine |
EPDM | -50℃-+150℃ | Hot water steam, Acid, Alkali |
HNBR | -15℃-+160℃ | High temperature, mineral oil, water |
VITONA/VITONG/FKM | -35℃-+180℃ | High temperature, high resistance, strong oxidants, oil, acid, alkali, etc |
Optimizing hygienic processes is a challenge best met with expertise.
We are constantly updating this section with new applications and case studies. Please feel free to contact us to discuss any application you may have.
Sugar Industry
Sugar factories consume a lot of energy during production. Their main sources of energy are steam and electricity.
Pulp & Paper
Rising raw material costs, stringent environmental policies affect paper mills' profitability. JINFAN thinks more for paper mills.
Fruit Processing
Reduce energy use. Ensure drinking safety. Precise temperature control reduces the damage to nutrition.
Biofuels
Unlike oil, coal and natural gas, biofuel is a renewable energy source. Optimizing bioethanol production with JINFAN
1.Designing
2.Process Plant
3.Warehouse
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