Plate heat exchanger plate is specially used to isolate medium and conduct heat exchange in plate heat exchanger, which is an important part of plate heat exchanger. Its main materials include stainless steel (SUS304.316), titanium and titanium palladium (Ti, Ti Pd), 20Cr, 18Ni, 6Mo (254SMO), alloy (C276), copper (H68), etc. Plate Type Single plate for PHE 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, 316/316L, 254 SMO, Titanium, Hastelloy C-276, others Gasket Material NBR, EPDM, HNBR, HEPDM, NBR-HT, FKM, Viton A, Viton G Pressure Plate Material Carbon steel, stainless steel and others on request Temperature Range -50ºC ~ +180ºC 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 Brands Model Alfa lavale M3, M15B, MX25B, TL10, M6B, M15M, MX25M, TL6, M6M, T20B, AK20M, P16, M10B, M20M, TS6M, P26, M10M, M30B, TS20M, P36 APV H17,N35, J185, J107, J092, J060 GEA VT04,VT10,VT20,NT50X,NT50T,NT50M,NT100T,NT100M,NT100X,NT150L,NT150S,NT250S,NT250M,NT250L,NT350M, NT350L,NT350S,NT500T,NT500M,NT500X Swep GL13,GX60,GX145 ,GX18,GX64,GC26,GX26,GX85,GC51,GX42,GX91,GC60,GX51,GX100 Sondex S4,S7,S8,S9,S14,S19,S21,S22,S31,S37,S41,S42,S43,S62,S65,S81,S100,S121 Vicarb V4,V8,V13,V20,V28,V45,V60,V110,V130 Funke FP02,FP04,FP08,FP10,FP14,FP16,FP20,FP22,FP31,FP40,FP41,FP50,FP60,FP80,FP205 Thermowave TL90,TL150,TL200,TL250,TL400,TL500,TL650 We are developing more models, welcome your inquiry. If you need a large number of plates, we can also customize the mold for you. High temperature corrosion resistance:The plate is made of 304/316L/titanium plate/Hastelloy high-strength corrosion-resistant material, free from high temperature medium, and has a long service life. Corrugated runner, high heat transfer: The special corrugated structure of the plate enables the fluid to obtain a high heat transfer coefficient at a low flow rate, which is 3-5 times that of the traditional shell. Diversion area design, less scaling: The design of the split flow area has high plate pressing accuracy, uniform surface medium flow rate, pressure drop, and is not easy to scale, which can improve the overall heat transfer efficiency. Complete molds: Imported plate exchange and domestic plate exchange, complete molds, meet a variety of media and working conditions, select a variety of adhesive strips, and have a wide range of applications. We provide various plate-like patterns with different pressing depths and angles to allow the media containing particles and fibers to pass through the free flow pattern of the heat exchanger unhindered.