The professionally designed stainless steel roller combined with the movable tightening baffle makes the on-site disassembly and assembly of the heat exchanger fast and convenient, and can effectively reduce the wear of the load on the upper guide rod,
and the roller body is not easy to induce, thus preventing the occurrence of locking. Reliable operation, high efficiency, environmental protection, space saving and convenient maintenance are the basic and harsh requirements for current
ships and marine engineering equipment. More than 30 varieties of heat exchangers ensure that the requirements for various working conditions of marine heat exchangers (central cooler/jacket water cooler/lubricating oil cooler/fuel oil cooler/air conditioner, etc.) The efficient solution ensures the normal operation of the ship's cooling system for a long time.
The optional configuration of heat exchanger accessories (interface metal flanges, marine pressure and temperature gauges, post-insertion filters, etc.) also provides a user-friendly service for shipyards and shipowners.
Features:
Advanced board pattern design, high efficiency and environmental protection.
Compact structure and small footprint.
Excellent sheet, high reliability.
Good and reliable seal with less leakage.
After-sales service system, maintenance is assured.
Kaori was founded in 1970 by a group of metallurgical industry experts. Since Kaori was established, we have pursued the modernization of the heat treating technology as our goal. The JIS (Japan Industry Standard) marking and process certifications from McDonnell Douglas were awarded to Kaori in 1988 and 1994 respectively. Kaori Technology is the no.1 gasket plate heat exchanger in Taiwan, and is already deeply rooted in global.
!¡¦ We welcome any agency, organization, corporation or person to import our products to your country. We provide the cheapest price to you and we are the biggest heat exchanger manufacturer in Asia.
Nowadays, our products will be more and more competitive with another heat exchanger company. And the whole of processing industry will be complete in Taiwan.
!¢X Why use a plate heat exchanger?
The advantages of the plate heat exchanger begin with its design.
Plate heat exchangers, or PHEs, deliver greater efficiency, lower
cost, easier cleaning and maintenance, and closer approach
temperatures than any other heat transfer technology.
Compared to spiral and shell and tube heat exchangers, PHEs
of similar capacity also take up little floor space and are easy to
expand. The vertical swing out plates allow one to pack thousands
of square feet of heat transfer area into a small space, while still
allowing room for future growth.
!@
!@
!¢X Flow arrangements
While hot and cold fluids flow in opposite directions across a !@
single plate, the flow pattern between plates can be varied.
Plate heat exchanger flow patterns can be single or multi pass. !@
A single-pass arranqement means each fluid flows in the !@
same respective direction across all the plates in the unit. !@
A multi - pass arrangement is designed in such a way that fluids can change their respective flow directions. Single-pass units are suitable for most applications, but very low flow rates or extremely close-approach temperatures may call for the multi pass configuration.
!¡¦ Our partners include:
National Aeronautics and Space Administration (NASA),
Taiwan Power Company,
HON HAI PRECISION IND.CO.,LTD,
TAIWAN SUGAR CORPORATION,
Taiwan Tobacco and Liquor Corp.,
China Steel Corp.,
China Ship-building Corp.,
China Petroleum Corp.,
Chuanen Company,
Tamsui Mackay Memorial Hospital,
Hsindan Tzu Chi Hospital,
Veteran General Hospital and Biological Technology Center,
National Taiwan University Hospital,
Nankang Station of Three Railways,
Changhua Show Chwan Memorial Hospital,
Tainan Historical Museum,
Social Science Building of Academia Sinica,
Formosa Plastics Enterprise,
Allied Material Technology Corp.,
Kinsus Interconnect Technology Corp.,
Toppan Chinghwa Electronics,
UMC,
Honhai Enterprise,
ASE Chungli Factory,
HannStar Yangmei Factory,
Pro MOS Technologies at Central Industrial Park,
Takahashi Inc. at Central Industrial Park,
Mosel Vitelic Ink. At Southern Industrial Park,
Chin Poon Industrial,
Tien Lai Spring Resort,
Taipei Jen-ai Dibao of Hung Sheng Construction,
Nation Taiwan University,
Industrial Technology Research Institute,
Nuclear Energy Research Institute,
Chung-shan Institute of Science and Technology etc.
depends on what you choose!
base on as below
1. how much the temperature you want to down or up?
2. how much your flow?
3. what is your fluid? water and water? water and oil?
In Heat exchanger system, the new and latest type of compact and effective model Heat exchanger is plate type heat exchanger. Another type of heat exchanger is the plate heat exchanger. One composed of multiple, thin, slightly-separated plates that have very large surface areas and fluid flow passages for heat transfer. This stacked-plate arrangement can be more effective, in a given space, than the shell and tube heat exchanger.
Advances in gasket and brazing technology have made the plate-type heat exchanger increasingly practical. In HVAC applications, large heat exchangers of this type called plate-and-frame; when used in open loops, these heat exchangers are normally of the gasketed type to allow periodic disassembly, cleaning, and inspection. There are many types of permanently-bonded plate heat exchangers. Such as dip-brazed and vacuum-brazed plate varieties, and they are often specified for closed-loop applications such as refrigeration. Plate heat exchangers also differ in the types of plates that used, and in the configurations of those plates. The closely spaced metal heat transfer plates have troughs or corrugations. Which induce turbulence to the liquids flowing as a thin stream between the plates.
The plates have corner ports. Which in the complete plate pack form a manifold for even fluid distribution to the individual plate passages. As an exclusive feature, parallel flow heat exchanger plates have interlocking gaskets. In which upstanding lugs and scallops are sited intermittently around the outside edges. The seal between the plates is established by a peripheral gasket which also separates the thru port and flow areas with a double barrier. The interspaces vented to atmosphere to prevent cross-contamination in the rare event of leakage. Plate heat exchanger, consists of a stationary head and end support connected by a top carrying bar and bottom guide rail. These form a rigid frame, which supports the plates and moveable follower. The closely spaced metal heat transfer plates have troughs or corrugations. Which induce turbulence to the liquids flowing as a thin stream between the plates.
The plates have corner ports, which in the complete plate pack form a manifold for even fluid distribution to the individual plate passages. For further details for plate heat exchanger, please contact our marketing division.
titanium plates are widely used in heat exchangers due to their excellent thermal conductivity, corrosion resistance, and high-temperature stability. A heat exchanger is a device that transfers heat between two fluids or materials, typically one fluid is heated while the other is cooled.
titanium plates can be used as the heat transfer medium in a heat exchanger, where they efficiently transfer heat while resisting corrosion and maintaining their structural integrity.
Product parameters
Material: Gr1
Applicable temperature: 300
Use environment: strong acid and alkali seawater regia, etc.
Features
1. Excellent corrosion resistance. Due to the extremely strong corrosion resistance of titanium, titanium plates have excellent corrosion resistance under high temperature, high pressure and strong corrosive media, which can effectively protect equipment from media erosion.
2. Good physical properties. titanium plate has high strength and hardness, and has certain toughness and wear resistance, which can well withstand the working conditions of high temperature, high pressure and strong corrosion environment.
3. Excellent processing performance. Because sinteed titanium plate has good toughness and forgeability, it is easy to form and process, and can be specially processed according to specific needs.
4. Excellent thermal conductivity. Due to the high thermal conductivity of the titanium plate, heat can be quickly transferred out in a high temperature environment, thereby ensuring the efficient operation of the equipment.
Sintered titanium plates are widely used in heat exchangers due to their excellent thermal conductivity, corrosion resistance, and high-temperature stability. A heat exchanger is a device that transfers heat between two fluids or materials, typically one fluid is heated while the other is cooled.
Sintered titanium plates can be used as the heat transfer medium in a heat exchanger, where they efficiently transfer heat while resisting corrosion and maintaining their structural integrity.
Product parameters
Material: Gr1
Applicable temperature: 300
Use environment: strong acid and alkali seawater regia, etc.
Features
1. Excellent corrosion resistance. Due to the extremely strong corrosion resistance of titanium, sintered titanium plates have excellent corrosion resistance under high temperature, high pressure and strong corrosive media, which can effectively protect equipment from media erosion.
2. Good physical properties. Sintered titanium plate has high strength and hardness, and has certain toughness and wear resistance, which can well withstand the working conditions of high temperature, high pressure and strong corrosion environment.
3. Excellent processing performance. Because sintered titanium plate has good toughness and forgeability, it is easy to form and process, and can be specially processed according to specific needs.
4. Excellent thermal conductivity. Due to the high thermal conductivity of the sintered titanium plate, heat can be quickly transferred out in a high temperature environment, thereby ensuring the efficient operation of the equipment.
Application of Sintered Titanium Plate in Heat Exchanger
Chemical processing: Sintered titanium plates are commonly used in heat exchangers for chemical processing applications, such as in the production of acids, bases, and salts.
Power generation: Sintered titanium plates are used in heat exchangers for power generation applications, such as in , where they transfer heat from the reactor core to the secondary coolant.
Food processing: Sintered titanium plates are used in heat exchangers for food processing applications, such as in the pasteurization of milk and other dairy products.
Industrial processes: Sintered titanium plates are used in heat exchangers for various industrial processes, such as in the cooling of gases and liquids in petrochemical plants, oil refineries, and other manufacturing facilities.
The Mercury Verado 250 is a high-performance outboard motor known for its power and reliability. Here are some key specifications:
Engine Type: 4.6L V8
Horsepower: 250 hp
Steering: Digital Throttle & Shift (DTS)
Starter: Electric
Shaft Length: Available in 25" (X-Long) and 30" (XX-Long)
Power Trim & Tilt: Yes
Fuel System: Electronic Fuel Injection (EFI)
Alternator: 115-amp
Weight: Approximately 600 lbs (272 kg)
Cooling System: Water-cooled with thermostat & pressure-controlled
The Verado 250 also features the Advanced MidSection (AMS) for reduced vibration and noise, and Adaptive Speed Control (ASC) for maintaining engine RPM despite changes in load or conditions12.
The Volvo Penta TAMD41M-A is a reliable and powerful marine diesel engine. Here are some key specifications and features:
Engine Type: 6-cylinder, 4-stroke, direct-injected, turbo-charged marine diesel engine with aftercooler1.
Power Output: 147 kW (200 hp)1.
Cooling System: Freshwater cooled exhaust manifold and oil cooler1.
Alternator: 14 V/50 A1.
Other Features: Flexible front engine mounting, wet type exhaust elbow, lubrication oil filter, and turbo-charger
