• Apv Fa192 Equivalent Titanium/0.8 Heat Exchanger Plate for Seawater Heating and Cooling
  • Apv Fa192 Equivalent Titanium/0.8 Heat Exchanger Plate for Seawater Heating and Cooling
  • Apv Fa192 Equivalent Titanium/0.8 Heat Exchanger Plate for Seawater Heating and Cooling
  • Apv Fa192 Equivalent Titanium/0.8 Heat Exchanger Plate for Seawater Heating and Cooling
  • Apv Fa192 Equivalent Titanium/0.8 Heat Exchanger Plate for Seawater Heating and Cooling
  • Apv Fa192 Equivalent Titanium/0.8 Heat Exchanger Plate for Seawater Heating and Cooling

Apv Fa192 Equivalent Titanium/0.8 Heat Exchanger Plate for Seawater Heating and Cooling

Customized: Customized
Certification: CE, ISO
Sectional Shape: Rectangle
Performance: Pressure Resistant, Temperature Resistant, Corrosion Resistant
Material: Titanium/316/304/C276/254smo
Transport Package: Wooden Case
Customization:
Gold Member Since 2019

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Shanghai, China
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Basic Info.

Model NO.
FA192
Specification
Standard
Trademark
DGXT
Origin
China
HS Code
84195000
Production Capacity
100000pieces/Year

Product Description

 APV plate heat exchanger equivalent plate gaskets

APV heat exchanger
APV plate heat exchangers are one of the most versatile and cost-effective methods for ts. The basic concept uses a corrugated heat transfer plate to separate the hot fluid from the cold and transfer the heat between the fluids                      

Gasket for plate type heat exchanger
In a gasketed plate heat exchanger, the plates are fitted with elastomeric gaskets which seal the channels and direct the fluids into alternate channels. The plate pack is assembled between a frame plate and a pressure plate, and compressed by tightening bolts fitted between these plates.

4 main types of plate type heat exchanger
There are four main types of PHE: gasketed, brazed, welded, and semi-welded. The plate-and-frame or gasketed plate heat exchanger essentially consists of a pack of thin rectangular plates sealed around the edges by gaskets and held together in a frame
 
Material of Plate Suited Liquid Kinds
Stainless Steel (AISI304.316 Etc) Pure Water, Normal Water, Oil for eating, Mineral Oil
Ti, Ti-pd Sea Water, Saline Water, Mineral Water
20Cr, 18Ni, 6Mo (254SMO) Dilute Sulphuric Acid, Organic Water Solution
Ni High-temp and concentration caustic soda,sodium hydroxide
Hastelloy (C276, D205, B2G) Concentration Sulphuric Acid, Hydrochloric acid, Phosphoric acid
Material of Gasket Operating Temperature ° C Suited Liquid Kinds
NBR -15~+110° C Water, Sea Water, Mineral Oil, Salinous Water
HT-NBR -15~+120° C Water, Sea Water, Mineral Oil, Salinous Water
HNBR -15~+140ºC High temperature mineral oil, high temperature water
EPDM -25~+160° C Hot Water, Steam, Acid, Alkali,sodium hydroxide
HEPDM -25~+180° C Hot water, water vapor, acid, alkali,sodium hydroxide
Viton-A -5~+160° C Acid, Alkali Acid, alkali, fluid,sodium hydroxide
Viton-G -5~+180° C High Concentrated Acid, Alkali, High temperature Oil, Steam

APV PHE Plate Size Sheet(3):

APV A055 APV A085 APV A145 APV B063S APV B063L
APV B158L APV B250S APV B250L APV H12 APV H17
APV B110S APV B110L APV B134S APV B134L APV B158S
APV J060 APV K34 APV H20 APV H25 APV H30
APV M60 APV J092 APV M92 APV J107 APV N50
APV M107 APV J185 APV M185 APV N25 APV N35
APV K55 paraclip APV K71 APV K55 APV Q030D APV Q030E
APV R106 APV R14 APV R145 APV R23 APV R235
APV Q055E APV Q080D APV Q080E APV R10 APV ER5
APV Q055D APV R40 APV R405 APV R5 APV R55
APV H17 Duosafety APV H17 paraclip APV K71 paraclip APV N35 Duosafety APV N35 paraclip
A- Laval M3 M6 M6MX-R M6MX-L M10B M10M M10BW M15B M15M M15BLip MK15BW MX25B MX25M M30 M30M MA30M TL6B TL10B T135 T20B T20P T20M TS6M TS20M TS60 TS60L TS200M P16 P22 P26 P31-P P31-D P32 P36 H10 A10 A10B-R A10B-L AM10 A15 A15B A20 A20B AK20 AM20B AM20M AM20S AX30 AX30BW Clip6 Clip8 Clip10 JWP26 JWP36 EC50 EC150A EC150B EC350 EC500
GEA VT04P VT10F VT20-C VT20-G VT20P VT40-C VT40-G VT40P/M VT40P VT80-C VT80-G VT80M VT80P VT805 VT130F VT130K VT405 VT1306 VT2508 NT10 NT50T NT50X NT50M NT100T NT100M NT100X NT150S NT150L NT250S NT250L NT350S FA184 FE184 LWC100T N40 VT2508
APV A055 A085 H12 H17C H17G J060 J092 J107 J185 Sr1 Sr2 Sr3 Sr6 Sr14 Sr95 M60 M92 M107 U2 T4 N25 N35-C N35-G Q030D Q030E Q055 Q080 K34 K55 K71G R5-R R5-L N50 P105 P190 E201 RS3
HISAKA LX00A LX10A LX20 LX20A LX30A LX40 LX40A LX50A UX01 UX10 UX10A UX20 UX20A UX30 UX30A UX40 UX40A UX80 UX90 RX10A RX11A RX30A RX70 SX40(41) SX40A EX11 EX15
TRANTER/SERP GXP018 GXP026 GXP042 GXP051 GXD012 GXD026 GXD042 GXD051 GXD060 GXD085 GXD145 GCD030 GCD054 GCP016 GCP026 GCP051 GFP050 GFP100 GLD013 S3/GFP030 S8/GFP080 GL13 GX12 GX13 GC26 GX26 GC30 GC42 GX42 GX51 GC51 GC54 GC60 GX60 GX100 GX180
SONDEX S4A S7A S8 S8A S14A S15 S19A S20 S20A S21 S21A S22 S27A S30 S35 S37 S37B S38 S39 S41 S41A S42 S43B S47B S50 S62 S64 S65B S65C S65G S81 S100B S121 S188 SFD13
Schmidt Sigma7 Sigma9 Sigma16 Sigma17 Sigma22 Sigma26 Sigma27 Sigma30 Sigma32 Sigma37 Sigma64 Sigma66 Sigma76 Sigma85 Sigma90 Sigma107 Sigma114 Sigma M27 Sigma M36 Sigma M37 Sigma M66 Sigma M76 Sigma M106 SigmaX13 SigmaX19 SigmaX29 Star45 Star90
Thermowave TL90SS TL90PP TL150SS TL150PP TL200PP TL200SS TL250SS TL250PP TL500SS TL500PP TL650SS TL650PP TL850PP TL850SS
VICARB V4 V8 VU8 V10 V13C V13G V20C V20G V28C V28G V45C V45G V60C V60G V60A V60B V85G V100A V100B V110A V130 V170 V280

APV plate heat exchanger equivalent plate gaskets
At the same time, the cold medium enters the heat exchanger through the cold medium inlet, but this time, the gaskets are positioned to allow the cold medium to flow into the space where no hot medium is present. The heat exchanger is now full of both hot and cold flowing
Type of gasket is used in a heat exchanger
Metal clad gaskets are frequently used with narrow flanges. This combination produces a strong resilient gasket which can be fabricated into complex shapes. The overlapped seams produce a locally high seating stress which contributes to the effectiveness of the seal in critical areas.

The 4 main types of plate type heat exchange
There are four main types of PHE: gasketed, brazed, welded, and semi-welded. The plate-and-frame or gasketed plate heat exchanger essentially consists of a pack of thin rectangular plates sealed around the edges by gaskets and held together in a frame
The APV used for
Adjusted Present Value (APV) is used for the valuation of projects and companies. It takes the net present value (NPV), plus the present value of debt financing costs, which include interest tax shields, costs of debt issuance, costs of financial distress, financial subsidies, etc.


The purpose of APV
APV can help managers analyze not only how much an asset is worth but also where the value comes from. All discounted-cash-flow methodologies involve forecasting future cash flows and then discounting them to their present value at a rate that reflects their riskiness.

APV products
APV Safety Products is the aftermarket seatbelt and safety restraint division of APV Corporation Pty Ltd. Based in Campbellfield, Victoria, Australia. APV Safety Products designs, manufactures and certifies seat belts and restraints for a wide range of vehicles and specialist applications.



Use a plate heat exchanger
Heat transfer precision - improved temperature approach, true counter-current flow, 80-90% less hold-up volume. Low cost - low capital investment, installation costs, limited maintenance and operating costs. Greatest reliability - less fouling, stress, wear, and corrosion.
The purpose of the plate heat exchanger
With a plate heat exchanger, heat cuts through the surface and separates the hot medium from the cold. Thus, heating and cooling fluids and gases use minimal energy levels. The theory of heat transfer between mediums and fluids happens when: Heat is always transferred from a hot medium to a cold medium.


Plate heat exchangers used
In the food and beverage industry, plate heat exchangers are used for pasteurization, sterilization, and cooling of products like milk, juices, and sauces. - They are also employed for heating or cooling water for various food processing applications.
The U value of plate heat exchange
The overall heat transfer co-efficient (U-value) ranges from 4,000 to 9,000 W/m2 · °C in water application, since the plate corrugation provides a highly turbulent flow.


  Example of a plate heat exchanger
Modeling and Design of Plate Heat Exchanger | IntechOpen
There are four main types of PHE: gasketed, brazed, welded, and semi-welded. The plate-and-frame or gasketed plate heat exchanger essentially consists of a pack of thin rectangular plates sealed around the edges by gaskets and held together in a frame
Applications of plate exchanger
Industrial application of plate heat exchanger-Yuanzhuo
In the secondary cooling systems of nuclear power, hydropower, and fire outbreaks, plate heat exchangers are very suitable for application, such as: central cooling, condensate water system, inlet pump system, generator cooling, lubricating oil cooling, transformer oil cooling, plant heating, etc.
Apv Fa192 Equivalent Titanium/0.8 Heat Exchanger Plate for Seawater Heating and CoolingApv Fa192 Equivalent Titanium/0.8 Heat Exchanger Plate for Seawater Heating and CoolingApv Fa192 Equivalent Titanium/0.8 Heat Exchanger Plate for Seawater Heating and CoolingApv Fa192 Equivalent Titanium/0.8 Heat Exchanger Plate for Seawater Heating and CoolingApv Fa192 Equivalent Titanium/0.8 Heat Exchanger Plate for Seawater Heating and CoolingApv Fa192 Equivalent Titanium/0.8 Heat Exchanger Plate for Seawater Heating and CoolingApv Fa192 Equivalent Titanium/0.8 Heat Exchanger Plate for Seawater Heating and CoolingApv Fa192 Equivalent Titanium/0.8 Heat Exchanger Plate for Seawater Heating and CoolingApv Fa192 Equivalent Titanium/0.8 Heat Exchanger Plate for Seawater Heating and CoolingApv Fa192 Equivalent Titanium/0.8 Heat Exchanger Plate for Seawater Heating and CoolingApv Fa192 Equivalent Titanium/0.8 Heat Exchanger Plate for Seawater Heating and CoolingApv Fa192 Equivalent Titanium/0.8 Heat Exchanger Plate for Seawater Heating and Cooling

Common problems in plate heat exchangers
How to Troubleshoot a Plate Heat Exchanger | Alaqua Inc
Leakage outside the unit, leakage within the unit, and pressure drop are the three most common problems with PHEs. The majority of these problems are simple to identify and resolve. This article will help you figure out what's wrong with your plate heat exchanger and how to fix it.
Plate heat exchanger direct or indirect
A series of vertically stacked modules filled with hollow, stainless steel plates comprise an indirect heat exchanger. This unit uses a counter-current flow of heating water or fluid running through the hollow plates to achieve indirect heat transfer through conduction.

 

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Gold Member Since 2019

Suppliers with verified business licenses

Trading Company
Number of Employees
4
Year of Establishment
2022-03-07