PRODUCT DETAIL

COMPLETE UNIT

Gasketed plate heat exchangers

Serviceable plate-and-frame units configured around duty, fluids, pressure drop, materials and maintenance requirements.

PRODUCT TYPE

Plate-and-frameServiceable designDuty-specific configuration

PRODUCT OVERVIEW

Serviceable construction, configured for the duty

Serviceable plate-and-frame units configured around duty, fluids, pressure drop, materials and maintenance requirements.

Configuration: Plate count, pass arrangement and connection direction
Plate materials: 304, 316L, titanium, 254SMO, nickel alloy and Hastelloy
Gasket compounds: NBR, EPDM, FKM, HNBR and food-grade options
Selection inputs: Fluids, flow, inlet/outlet temperatures, pressure and allowable pressure drop

Send operating conditions or model ↗

Gasketed plate heat exchanger plate, gasket, connection and tightening details

CUSTOM CONFIGURATION

Configured for the fluid, pressure and installation.

The following features are tailored to the actual duty. Final materials, dimensions and plate count are confirmed through thermal selection.

Plates & channels

Corrugation pattern, plate material, thickness and plate count.

Sealing system

NBR, EPDM, FKM, HNBR and food-grade compounds selected for the fluid and temperature.

Connections & orientation

Connection size, type and orientation matched to the site pipework.

Frame & tightening

Carbon-steel or stainless-steel frame, tightening dimension and service clearance.

HOW IT WORKS

Alternating channels transfer heat without mixing the fluids.

Corrugated plates and perimeter gaskets form two independent flow paths. Heat passes through the thin metal plates while each fluid remains inside its own sealed channel.

Annotated exploded view of a gasketed plate heat exchanger

FLOW PRINCIPLE3 operating steps

Separate channels

Gaskets route the hot and cold fluids through alternating plate spaces, preventing the two streams from mixing.

Counter-current flow

The two fluids normally travel in opposite directions, maintaining a strong temperature difference across the plate pack.

Efficient heat transfer

Corrugations create turbulence and a large effective surface area, transferring heat rapidly through each thin plate.

COMPONENT MAP6 mechanical parts matched to the illustration

Fixed frame plate

Carries the four connections and forms the rigid front support for the complete plate pack.

Corrugated plate pack

Thin pressed plates provide the heat-transfer surface and create turbulent flow channels.

Gasket system

Each gasket seals the plate edge and directs each fluid into the correct alternating channel.

Movable pressure plate

Compresses the plate pack and slides open along the guide bars for inspection or cleaning.

Carrying and guide bars

Support the plate weight, keep the pack aligned and allow individual plates to slide out.

Tightening bolts and nuts

Apply uniform compression to achieve the specified tightening dimension and channel seal.

MODEL RANGE

Five product families. 32 model configurations.

Models are grouped by family, with low- and high-pressure versions listed separately. The table adapts to the available screen width.

Series	Low-pressure model	High-pressure model	Connection	Area per plate m²	Max. plates	Max. flow m³/h	Plate thickness mm	Height mm	Width mm	Port pitch mm	Tightening dimension mm
M Series	M3-MFM	M3-MFG	DN32	0.03	80	15	0.5/0.6	480	180	357×60	N×(2.5+X)
M Series	M6-BFM	M6-BFG	DN50	0.15	280	36	0.5/0.6	920	320	640×140	N×(2.0+X)
M Series	M6-MFM	M6-MFM	DN50	0.14	200	36	0.5/0.6	920	320	640×140	N×(3.0+X)
M Series	M10-BFM	M10-BFM	DN100	0.24	380	145	0.5/0.6	1084	470	719×225	N×(2.5+X)
M Series	M10-MFM	M10-MFM	DN100	0.22	270	145	0.5/0.6	1084	470	719×225	N×(4.0+X)
M Series	M15-BFM	M15-BFM	DN150	0.62	690	320	0.5/0.6	1815/1940	610/650	1294×298	N×(2.5+X)
M Series	M15-MFM	M15-MFM	DN150	0.62	410	320	0.5/0.6	1815/1940	610/650	1294×298	N×(4.0+X)
M Series	MX25-BFM	MX25-BFM	DN250	1.50	940	890	0.5/0.6	2595/3095	920	1939×439	N×(2.5+X)
M Series	MX25-MFM	MX25-MFM	DN250	1.48	630	890	0.5/0.6	2595/3095	920	1939×439	N×(4.0+X)
M Series	M30-MFM	M30-MFM	DN300	1.84	720	1300	0.5/0.6	2882/3082	1170	1842×596	N×(3.3+X)
T Series	T2-BFM	T2-BFG	DN20	0.02	50	6	0.5/0.6	380	140	298×50	N×(2.5+X)
T Series	T5-BFM	T5-BFG	DN50	0.09	80	36	0.5/0.6	737	245	553×100	N×(2.0+X)
T Series	T5-MFM	T5-MFG	DN50	0.08	60	36	0.5/0.6	737	245	553×100	N×(3.0+X)
T Series	T8-BFM	T8-BFG	DN80	0.18	310	90	0.5/0.6	890	400	606×196	N×(2.0+X)
T Series	T8-MFM	T8-MFG	DN80	0.17	200	90	0.5/0.6	890	400	606×196	N×(3.0+X)
T Series	T20-BFM	T20-BFG	DN200	0.90	680	570	0.5/0.6	2105	780	1478×353	N×(2.0+X)
T Series	T20-MFM	T20-MFG	DN200	0.85	400	570	0.5/0.6	2105	780	1478×353	N×(4.0+X)
T Series	T20-PFM	T20-PFG	DN200	0.89	680	570	0.5/0.6	2165/2105	780	1478×353	N×(3.0+X)
TL Series	TL3-BFM	TL3-BFG	DN32	0.75	320	15	0.5/0.6	790	190	668×60	N×(2.5+X)
TL Series	TL3-PFM	TL3-PFG	DN32	0.69	210	15	0.5/0.6	790	190	668×60	N×(2.0+X)
TL Series	TL6-BFM	TL6-BFG	DN50	0.26	280	36	0.5/0.6	1294	320	1036×140	N×(2.0+X)
TL Series	TL10-BFM	TL10-BFG	DN100	0.50	650	145	0.5/0.6	1881/1923	480	1338×225	N×(2.0+X)
TL Series	TL10-PFM	TL10-PFG	DN100	0.50	460	145	0.5/0.6	1881/1923	480	1338×225	N×(2.5+X)
TL Series	TL15-BFM	TL15-BFG	DN150	1.10	690	320	0.5/0.6	2962/2752	610/637	2035×688	N×(2.5+X)
TL Series	TL35-BFM	TL35-BFG	DN350	2.16	1360	1800	0.5/0.6	3210	1154	2177×578	N×(2.5+X)
TS Series	TS6-MFM	TS6-MFG	DN65	0.09	140	60	0.5/0.6	704	400	380×203	N×(4.0+X)
TS Series	TS20-MFM	TS-20MFG	DN200	0.28	290	570	0.5/0.6	1405/1456	740/800	698×363	N×(4.0+X)
Wide-Gap Series	M6-MWFM	M6-MWFG	DN50	0.12	240	36	0.6/0.7	920	320	640×140	N×(3.0+X)
Wide-Gap Series	M10-BWFM	M10-BWFG	DN100	0.24	510	145	0.6/0.7	1084	470	719×225	N×(2.5+X)
Wide-Gap Series	MK15-BWFM	MK15-BWFG	DN150	0.46	470	320	0.6/0.7	1815/1940	610/650	1294×298	N×(2.5+X)
Wide-Gap Series	T20-BWFM	T20-BWFG	DN200	0.81	680	570	0.6/0.7	2105	780	1478×353	N×(2.0+X)
Wide-Gap Series	T20-MWFM	T20-MWFG	DN200	0.85	590	570	0.6/0.7	2105	780	1478×353	N×(4.0+X)

Select a family above to filter its models; choose “Show all models” to restore the complete list. Data is for preliminary discussion; final selection and dimensions are subject to CHENHE technical confirmation.

PROJECT REFERENCES

From single-unit configurations to batch delivery.

Actual project photographs show different connection, frame and plate-pack configurations.

01
Large-port industrial configuration
High-flow connections · Extended plate pack

02
Open-frame construction
Clear access for inspection, cleaning and maintenance

03
Batch project delivery
Multiple unit sizes · Unified project specification

04
Multiple configurations
From compact packages to large industrial units

Large-port connectionsAdjustable plate countOpenable for cleaningCarbon-steel / stainless-steel framesBatch project supplyDuty-based selection

CONTACT CHENHE

Send your operating conditions, existing model or part photos

Our technical team will help complete equipment selection or replacement-part identification.

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