APV T4 plate heat exchanger plate PHE thermal transfer plate industrial equipment component — Heat transfer plate for APV T4 plate heat exchanger systems

APV T4 Heat Exchanger PHE Plates

As a factory, we produce APV T4 and other Apv Plates such as apv H12 and apv H17. The apv t4 heat exchanger plate supports heat transfer and fluid flow in industrial systems. Our plates are adaptable for Alfa Laval, APV, Tranter, Sondex, GEA, Vicarb, API, Funke, Thermowave, and Hisaka equipment.

APV T4 details

PHE Model

APV T4 PHE Plates

Keyword

Alfa Laval Plate Replacement

Flow Channel Between Plates

3.5mm ~12.0mm (Optional depends on working condition)

Maximum Pressure

Maximum standard pressure 10 bar / 16 bar

Port Connection

DN32, DN50, DN80, DN125, DN150, DN200, DN250, DN350

Plate Material

Stainless steel – 304/304L, 316/316L, 254 SMO, Titanium, Hastelloy C-276, others

Plate Hole

0 hole, 1 hole, 2 holes, 3 holes, 4holes

Thinckness

0.5mm 0.6mm 0.7mm 0.8mm

Medium

water, drinks,oil, milk

DESCRIPTION

As a factory specialized in plate heat exchanger components, we manufacture APV T4 solutions including apv t4 heat exchanger plate products for industrial applications. These Apv Plates are designed with structured surfaces to support efficient heat transfer and stable fluid distribution in plate heat exchanger systems. Along with models such as apv H12 and apv H17, the T4 plates are widely used in maintenance, replacement, and system upgrade projects across industries like HVAC, energy, and processing. Our production focuses on precise forming and consistent quality to meet various operating requirements. Our plates can be applied across multiple systems and are fully adaptable for Alfa Laval, APV, Tranter, Sondex, GEA, Vicarb, API, Funke, Thermowave, and Hisaka equipment.

APV T4 Gasket Replacement Specification

Specification

PHE Model	APV T4 PHE Plate
Plate Material	Stainless steel – 304/304L, 316/316L, 254 SMO, Titanium, Hastelloy C-276, others
Maximum Pressure	Maximum standard pressure 10 bar / 16 bar
Port Connection	DN32, DN50, DN80, DN125, DN150, DN200, DN250, DN350
Plate Hole	0 hole, 1 hole, 2 holes, 3 holes, 4holes
Gasket material	NBR.HNBR EPDM HEPDM VITON
Flow Channel Between Plates	3.5mm ~12.0mm (Optional depends on working condition)
Keyword	PHE Plate

Alfa Laval Plate heat plates Compatible Brands

Compatible Brands	Plate heat exchanger models
AL Series	M3, M6, M6MX-R, M6MX-L, M10B, M10M, M10BW, M15B, M15M, M15BLip, MK15BW, MX25B, MX25M, M30, M30M, MA30M, 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, JFEC50, JFEC150A, JFEC150B, JFEC350, JFEC500
APV Series	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
GEA Series	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
Tranter Series	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
Vicarb Series	V4, V8, VU8, V10, V13C, V13G, V20C, V20G, V28C, V28G, V45C, V45G, V60C, V60G, V60A, V60B, V85G, V100A, V100B, V110A, V130, V170, V280
Sondex Series	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
Thermowave Series	TL90SS, TL90PP, TL150SS, TL150PP, TL200PP, TL200SS, TL250SS, TL250PP, TL500SS, TL500PP, TL650SS, TL650PP, TL850PP, TL850SS
Hisaka Series	V2, V4,V8, V13, V20, V28, V45, V60, V85, , V100, V110, V130
Thermowave	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
Hisaka Series	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
Funke Series	FP04, FP08, FP10, FP14, FP20, FP16, FP22, FP205, FP31, FP40, FP50, FP41, FP60, FP80
Botai Series	FM10MC, FM10MD, FM6MC, M15MC, FMX25MA, FMX25B, FBR08, FBR06, FBB1.2, FBB09, FBB05, FBB08, FBB06, FBB04, FBB06X, FBB045, FBB03, FBR005, FBR007, FM30MC

Actual Product Details

APV T4 PHE plate surface design detail heat exchanger plate structure — Surface structure for improved heat exchange performance

APV T4 plate port area detail PHE plate fluid channel and distribution design — Port area for directing fluid flow through the plate

Workshop of Plate Heat Exchanger Factory

APV T4 plate heat exchanger plate factory real production scene industrial PHE plate — Manufactured APV T4 plates ready for inspection and shipment

faq

Do we need professional technicians for on-site installation?

We provide detailed installation manual and drawings, simple installation can be completed by your engineering team. For large-scale or special working condition units, we can provide on-site installation guidance and commissioning services (negotiable).

What pressure test should be done before operation?

Hydraulic pressure test shall be carried out before official operation, the test pressure is 1.25 times of the working pressure, keep pressure for 30 minutes to check no leakage, then put into use.

How often should the plate heat exchanger be cleaned?

It depends on working medium. For clean water medium, clean every 1-2 years; For scaling, dirty or corrosive medium, clean every 6-12 months. Regular pressure difference monitoring can judge the cleaning time.

What are the common causes of plate heat exchanger leakage?

Main reasons: gasket aging/damage, plate deformation, improper assembly, overpressure/overtemperature operation, bolt loose. We provide detailed troubleshooting solutions and maintenance suggestions.