Salt-Fog Resistant Hastelloy Stainless Steel Plate Heat Exchanger for Marine Vessel and Naval Ship Engine Oil Cooling and Gearbox Lubricant Regulation

Product Description

Product Description

The Propellent Wide Gap Free Flow Type Plate Heat Exchanger is a masterfully engineered solution tailored for challenging applications involving high viscosity substances, fibrous materials, and particles where fouling is a concern. With its spacious design, featuring flow channels ranging from 5.0mm to 12.0mm, it facilitates seamless handling of complex media, ensuring gentle and effective treatment of your output products. This extraordinary device is ideal for processing high-viscosity and fibrous mediums, including fruit juices, concentrated sugar solutions, honey starch syrups, and fruit grains in yogurts, as well as slurry materials, solid particles, and crystals. The gasketed plate and frame construction is ingeniously optimized to minimize investment costs, making it an economically smart choice.

 

 

Product Parameters

Model Number: PLK26 Power: 150KW

Propellent Plate Heat Exchanger
Plate Type	Single plate
Flow Channel Between Plates	3.5mm ~12.0mm (Optional depends on working condition)
Plate Thickness	0.4mm ~ 1.0mm
Heat Transfer Plate Material	Stainless steel - 304/304L, 316/316L, 254 SMO, Titanium, Hastelloy C-276, others
Gasket Material	NBR, EPDM, HNBR, HEPDM, NBR-HT, FKM, Vion A, Vion G
Pressure Plate Material	Carbon steel, stainless steel and others on request
Temperature Range	-50 ~ +180 Varies with the media and gasket selection.
Maximum Pressure	Maximum standard pressure 10 bar / 16 bar
Port Connection	DN32, DN50, DN80, DN125, DN150, DN200, DN250, DN350

Plate Material	Available Medium
AISI304, AISI316L	Pure Water, Fresh Water, Mineral Water
Titanium	Sea Water, Mineral Oil, Vegetable Water
254SMO	Dulute Sulphuric Acid etc.
Ni	Caustic Soda with high temperature and concentraction
Hastelloy	Concentration Sulphuric Acid etc.

 

Gasket Material	Temperature Range ( ºC )	Hardness	Available Medium
NBR	-20 to 110	-75+/-3	Water, Oil, Acid etc.
EPDM	-30 to 150	80+/-5	Steam, Ammonia, Acid, Glycoletc.
NBR-HT	-30 to 160	85+/-5	Mineral Oil, Thermal Oil
EPDM-HT	-30 to 180	85+/-5	High Tempearture Water
FPM	-55 to 220	80+/-5	High Temperature Oil

 

 

Packaging & Shipping

 

 

Should you encounter any issues or have specific requirements concerning our products, we warmly invite you to reach out to us without hesitation. We are here to provide assistance and address your needs promptly.

Our Advantages

At Propellent, we excel in providing a comprehensive suite of heat exchange design calculations tailored for any thermal duty. Our innovative solutions are crafted to meet your exact specifications, seamlessly optimizing manufacturing processes to significantly reduce the consumption of fresh energy. We adeptly balance the upfront investment in equipment with enduring operational cost efficiency, offering you unparalleled value and performance.

After Sales Service

Enjoy peace of mind with our 1-year warranty that includes free parts replacement and repair coverage. Additionally, our standard refund policy ensures protection for orders that don't ship, are missing, or encounter product issues, reaffirming our commitment to quality and customer satisfaction.

Company Profile

At Propellent, our Plate Heat Exchanger is a marvel of engineering, comprising a series of corrugated metal plates, meticulously designed gaskets, and a robust fixed frame. The plate pack is methodically assembled and secured on the frame with precision-tightened bolts. Heat is efficiently transferred through the plates, with channels precisely sealed by gaskets. We pride ourselves on offering a complete range of heat exchange design calculations under full working conditions. Our extensive expertise in heating, cooling, and waste heat recovery for intricate process mediums is unmatched. We continually refine our manufacturing processes to minimize fresh energy consumption, delivering maximum value through the perfect balance of superior heat transfer efficiency and minimized pressure loss.