Relying on application practices, HFM Fully Welded Plate Heat Exchangers are widely applied in oil and gas industry, refinery applications, pharmaceutical industry, chemical/petrochemical industry, automotive, pulp and paper industry and steel industry. The Semi-welded Plate Heat Exchanger is particularly offered for heating and cooling of aggressive media. Two corrugated plates are positioned back to back and welded together as "cassette" by laser, along the sealing groove designed for the gasket of the semi welded PHE. The semi-welded plate for PHE is specially offered for aggressive media. Generally, two pieces of PHE stainless steel plates are welded back to back by laser along the sealing groove for the gasket to form the plate cassette. Each cassette is sealed with a gasket. The refrigerant flows from one cassette to the other, contacting with only two of the four ring gaskets at the inlet and the outlet.What are the advantages of Semi-Welded Plate Heat Exchanger?1. Wide temperature range from -38 to 2002. Maximum design pressure up to 30 bar3. Rigid mechanical construction4. Outstanding leak-proof for high safety5. Capacity in handling aggressive media6. Adjustable size7. Compact structure and small installation space
Plate and Shell Heat Exchanger is designed as a performance upgrade over shell & tube heat exchanger and welded, brazed plate heat exchangers. This heat exchanger type supplies high thermal performance with compact size, similar to that of gasketed plate heat exchangers, with low hold-up volume and low installed weight, especially when filled. But it can be applied well when the operation condition is high temp and high pressure to which gasketed plate heat exchangers cannot be applied.The heart of the Plate and Shell Heat Exchanger is its heat transfer element, also called the plate core/package, composed of round or oblong chevron-type plates welded into a cassette.What are the advantages of Plate and Shell Heat Exchanger?High heat transfer & Low foulingCompact structure & No gasketHigh pressure & High temperatureSmall terminal temperature difference & Low pressure drop Table. Parameters of HFM Plate and Shell Heat Exchangers ModelWW1DD1LPlate+TubeShell+TubeHPS1624098250168.3N*2.4+2DN15DN(15-80)HPS22448134.6310219.1N*2.4+3DN20DN(20-100)HPS46469174368269N*2.4+4DN40DN(25-200)HPS72565277460355N*2.8+4DN50DN(25-300)HPS128600298694464N*2.8+6DN80DN(25-350)HPS179693338725559N*2.8+6DN100DN(25-400)HPS647152065012501016N*3.2+6DN150DN(25-700)HPS1200182890015481372N*3.2+8DN300DN(25-1000)HPS16002098100018381562N*3.2+8DN350DN(25-1200)
Brazed Plate Heat Exchanger is small, light and compact. It does not need gaskets.Instead, it is brazed together using cooper to give a strong, compact construction.This heat exchanger is especially suitable for pressure up to 50 bar and temperatures from -196 to +550.What are the advantages of Brazed Plate Heat Exchanger? High heat transfer efficiency Compact structure Easy installation Easy Deinstallation DurabilityTable. Parameters of HFM Brazed Plate Heat Exchanger Model NoWidthHighthThicknessHole Center DistanceMax PressureMax Flow RateWeightHFQ10762069+2.3n172*421/3/4.58.00.7+0.06nHFQ15801909+2.3n154*401/3/4.58.00.7+0.06nHFQ25A783189+2.3n282*423/4.58.01.0+0.08nHFQ25B863159+2.3n269*403/4.58.01.0+0.08nHFQ3011131010+2.36n250*503/4.5181.3+0.12nHFQ3512430413+2.4n250*703/4.5182.2+0.16nHFQ3612228211+3.1n227*523181.88+0.104nHFQ50A11152510+2.35n466*503/4.5182.6+0.19nHFQ52B11152510+2.35n466*503/4.5182.6+0.21nHFQ60A11952610+2.24n470*633/4.5182.379+0.194nHFQ60B11952610+2.24n470*633/4.5182.379+0.194nHFQ90A19161611+2.35n519*923/4.5427.8+0.36nHFQ90B19161611+2.72n519*923/4.5427.8+0.44nHFQ10024849610+2.15n405*1573/4.5426.5+0.37nHFQ125A24652813+2.36n456*1743/4.5427.2+0.52nHFQ125B24652813+2.36n456*1743/4.5427.2+0.52nHFQ18030769613+2.76n567*3071.5/2.110010+0.51nHFQ21032173813+2.7n603*1881.5/2.110013+0.75nHFQ210A32173813+2.7n603*1881.5/2.110013+0.75nHFQ23032273913+2.55n631.7*205.23/4.510013+0.82nHFQ600429139822+2.78n1190*2201.5/2.130031.8+1.73n
A plate heat exchanger (PHE) comprises a pack of spaced corrugated plates arranged such that the two heat exchanging fluids flow through alternate spaces in the pack. The corrugations maintain the  gap between adjacent plates which are sealed against each other. These are nowadays several different technologies to effect a seal between the plates and to maintain the pack in a compressed state.Normally plates are pressed and expensive tools are required for their production. Unlike shell and tube units,, plates are produced in a limited number of sizes and are never  custom made to individual requirements. However, the flexibility of their arrangement enables a particular duty to be easily handled by the correct selection of standard components.Plate heat exchanger is the most advanced energy-efficient heat transfer equipment. What are the advantages of Plate Heat Exchanger?â??  High heat transfer efficiencyâ??  Low pressure loseâ??  Compact structureâ??  Easy assembly & disassemblyâ??  Sensitive temperature controlâ??  High operating flexibilityâ??  Long life-time             Table. Parameters of HFM Plate Heat Exchangers Model NoDiameter DNHeat Transfer Area m2Max Flow RateShape Size (W*H)HFM5A250.0410180*570HFM15A500.1072290*920HFM25A800.20110425*1190HFM30A1000.25170540*1110HFM30B1000.45170540*1515HFM30C1000.65170540*1958HFM50A1500.52380640*1606HFM50B1500.96380640*2086HFM90A2501.201150895*2111HFM120A3501.4824501136*2524BNF1251250.40270480*1540BNF2002000.75680910*2205
A plate heat exchanger (PHE) comprises a pack of spaced corrugated plates arranged such that the two heat exchanging fluids flow through alternate spaces in the pack. The corrugations maintain the  gap between adjacent plates which are sealed against each other. These are nowadays several different technologies to effect a seal between the plates and to maintain the pack in a compressed state.Normally plates are pressed and expensive tools are required for their production. Unlike shell and tube units,plates are produced in a limited number of sizes and are never  custom made to individual requirements. However, the flexibility of their arrangement enables a particular duty to be easily handled by the correct selection of standard components.Plate heat exchanger is the most advanced energy-efficient heat transfer equipment. What are the advantages of Plate Heat Exchanger?â??  High heat transfer efficiencyâ??  Low pressure loseâ??  Compact structureâ??  Easy assembly & disassemblyâ??  Sensitive temperature controlâ??  High operating flexibilityâ??  Long life-time             Table. Parameters of HFM Plate Heat Exchangers Model NoDiameter DNHeat Transfer Area m2Max Flow RateShape Size (W*H)HFM5A250.0410180*570HFM15A500.1072290*920HFM25A800.20110425*1190HFM30A1000.25170540*1110HFM30B1000.45170540*1515HFM30C1000.65170540*1958HFM50A1500.52380640*1606HFM50B1500.96380640*2086HFM90A2501.201150895*2111HFM120A3501.4824501136*2524BNF1251250.40270480*1540BNF2002000.75680910*2205
A plate heat exchanger (PHE) comprises a pack of spaced corrugated plates arranged such that the two heat exchanging fluids flow through alternate spaces in the pack. The corrugations maintain the  gap between adjacent plates which are sealed against each other. These are nowadays several different technologies to effect a seal between the plates and to maintain the pack in a compressed state.Normally plates are pressed and expensive tools are required for their production. Unlike shell and tube units,Website:http://www.hfmphe.com, plates are produced in a limited number of sizes and are never  custom made to individual requirements. However, the flexibility of their arrangement enables a particular duty to be easily handled by the correct selection of standard components.Plate heat exchanger is the most advanced energy-efficient heat transfer equipment. What are the advantages of Plate Heat Exchanger?â??  High heat transfer efficiencyâ??  Low pressure loseâ??  Compact structureâ??  Easy assembly & disassemblyâ??  Sensitive temperature controlâ??  High operating flexibilityâ??  Long life-time             Table. Parameters of HFM Plate Heat Exchangers Model NoDiameter DNHeat Transfer Area m2Max Flow RateShape Size (W*H)HFM5A250.0410180*570HFM15A500.1072290*920HFM25A800.20110425*1190HFM30A1000.25170540*1110HFM30B1000.45170540*1515HFM30C1000.65170540*1958HFM50A1500.52380640*1606HFM50B1500.96380640*2086HFM90A2501.201150895*2111HFM120A3501.4824501136*2524BNF1251250.40270480*1540BNF2002000.75680910*2205
A plate heat exchanger (PHE) comprises a pack of spaced corrugated plates arranged such that the two heat exchanging fluids flow through alternate spaces in the pack. The corrugations maintain the  gap between adjacent plates which are sealed against each other. These are nowadays several different technologies to effect a seal between the plates and to maintain the pack in a compressed state.Normally plates are pressed and expensive tools are required for their production. Unlike shell and tube units,Website:http://www.hfmphe.com, plates are produced in a limited number of sizes and are never  custom made to individual requirements. However, the flexibility of their arrangement enables a particular duty to be easily handled by the correct selection of standard components.Plate heat exchanger is the most advanced energy-efficient heat transfer equipment. What are the advantages of Plate Heat Exchanger?â??  High heat transfer efficiencyâ??  Low pressure loseâ??  Compact structureâ??  Easy assembly & disassemblyâ??  Sensitive temperature controlâ??  High operating flexibilityâ??  Long life-time             Table. Parameters of HFM Plate Heat Exchangers Model NoDiameter DNHeat Transfer Area m2Max Flow RateShape Size (W*H)HFM5A250.0410180*570HFM15A500.1072290*920HFM25A800.20110425*1190HFM30A1000.25170540*1110HFM30B1000.45170540*1515HFM30C1000.65170540*1958HFM50A1500.52380640*1606HFM50B1500.96380640*2086HFM90A2501.201150895*2111HFM120A3501.4824501136*2524BNF1251250.40270480*1540BNF2002000.75680910*2205
A plate heat exchanger (PHE) comprises a pack of spaced corrugated plates arranged such that the two heat exchanging fluids flow through alternate spaces in the pack. The corrugations maintain the  gap between adjacent plates which are sealed against each other. These are nowadays several different technologies to effect a seal between the plates and to maintain the pack in a compressed state.Normally plates are pressed and expensive tools are required for their production. Unlike shell and tube units,plates are produced in a limited number of sizes and are never  custom made to individual requirements. However, the flexibility of their arrangement enables a particular duty to be easily handled by the correct selection of standard components.Plate heat exchanger is the most advanced energy-efficient heat transfer equipment. What are the advantages of Plate Heat Exchanger?â??  High heat transfer efficiencyâ??  Low pressure loseâ??  Compact structureâ??  Easy assembly & disassemblyâ??  Sensitive temperature controlâ??  High operating flexibilityâ??  Long life-time             Table. Parameters of HFM Plate Heat Exchangers Model NoDiameter DNHeat Transfer Area m2Max Flow RateShape Size (W*H)HFM5A250.0410180*570HFM15A500.1072290*920HFM25A800.20110425*1190HFM30A1000.25170540*1110HFM30B1000.45170540*1515HFM30C1000.65170540*1958HFM50A1500.52380640*1606HFM50B1500.96380640*2086HFM90A2501.201150895*2111HFM120A3501.4824501136*2524BNF1251250.40270480*1540BNF2002000.75680910*2205
A plate heat exchanger (PHE) comprises a pack of spaced corrugated plates arranged such that the two heat exchanging fluids flow through alternate spaces in the pack. The corrugations maintain the  gap between adjacent plates which are sealed against each other. These are nowadays several different technologies to effect a seal between the plates and to maintain the pack in a compressed state.Normally plates are pressed and expensive tools are required for their production. Unlike shell and tube units,Website:http://www.hfmphe.com, plates are produced in a limited number of sizes and are never  custom made to individual requirements. However, the flexibility of their arrangement enables a particular duty to be easily handled by the correct selection of standard components.Plate heat exchanger is the most advanced energy-efficient heat transfer equipment. What are the advantages of Plate Heat Exchanger?â??  High heat transfer efficiencyâ??  Low pressure loseâ??  Compact structureâ?? Easy assembly & disassemblyâ??  Sensitive temperature controlâ??  High operating flexibilityâ??  Long life-time Table. Parameters of HFM Plate Heat Exchangers Model NoDiameter DNHeat Transfer Area m2Max Flow RateShape Size (W*H)HFM5A250.0410180*570HFM15A500.1072290*920HFM25A800.20110425*1190HFM30A1000.25170540*1110HFM30B1000.45170540*1515HFM30C1000.65170540*1958HFM50A1500.52380640*1606HFM50B1500.96380640*2086HFM90A2501.201150895*2111HFM120A3501.4824501136*2524BNF1251250.40270480*1540BNF2002000.75680910*2205
