Plate Heat Exchanger
Our Products
plate heat exchanger Types
EMS supplies the OE quality plate heat exchanger plate and gasket spare parts, especially replacements for Alfa Laval, GEA, Tranter, APV, AGC, API Schmidt-Bretten, Sondex, Viex, Armstrong, Funke, Mueller, Hisaka, LHE, DHP, etc. With more than 20 years of experience in the field of overhaul of heat exchangers and its use of gaskets and components, It is possible for us to select for u the best quality gaskets at the right suppliers, with our selection we have extra attention for the best rubber mix, fit, finish and lifetime of the materials.
Benefits of using PHE gaskets from Elite Marine
- 100% fitment guarantee
- Equivalent (or better) in the materials, specifications, and tolerances
- Quality check before shipment, including checking of dimensions and physical properties
- Material test reports for gaskets are available on request
- More than 20 years of know-how within the field of Plate Heat Exchangers
Features
Heat Transfer
The gasket arrangement on each heat transfer plate provides two separate channel systems that enable the primary and secondary media to flow in a counter-current manner without mixing
Design
The design consists of multiple heat transfer plates, secured by a stationary and a movable pressure plate, forming a comprehensive assembly. Each heat transfer plate features a gasket system, which provides two independent channel networks.
Efficiency
Coupled with the corrugated plates that create turbulence in the fluids, results in an effective heat transfer coefficient
Engineeriing
The gasket arrangement allows for through-flow in single channels, facilitating counter-current flow of primary and secondary media while preventing their mixing due to the gasket design
plate heat exchanger Types
Gasketed Plate Heat Exchangers
- Designed to facilitate effective heat exchange
- Secure seal – preventing any potential heat loss or leakage
- Ideal for applications requiring precise temperature control and efficient heat transfer.
Brazed Plate Heat Exchanger
- Excel in delivering high heat transfer rates
- Compact design make them a cost-effective solution
- Exhibit exceptional resistance to corrosion, ensuring longevity and reliability
Welded Plate Heat Exchanger
- Heavy-duty applications involving high temperatures and corrosive substances
- Robust and durable heat exchange solutions
- Creates a secure and leak-proof configuration for critical processes
Semi-Welded Plate Heat Exchanger
- Engineered to balance efficiency and serviceability.
- Both welded and gasketedoptimal solution for applications requiring precise control over heat transfer and temperature regulation.
plate heat exchanger used industries
- Dairy Industry
- Brewing Industry
- Beverage Industry
- Sugar Industry
- Edible Oil Industry
- Data Centers
- District Cooling
- District Heating
- Industrial Refrigeration
- Ethanol
- Thermal Power Plant
- Sulfuric Acid Plant
- Petroleum Refinery
- Crude Oil Rigs
- Fertilizer Industry
- Pharmaceutical Industry
- Ships
- Yachts
- Aluminum Industry
- Metal Working Industry
- Pulp & Paper Industry
- Water Treatment Plant
- Sewerage Treatment Plant
- Chip & Semiconductor Industry
- Solar Panel Industry
- Electronic Products Industry
Advantages & Disadvantages
Plate Heat Exchanger
Advantages
01
Exceptional heat transfer precision
Improved temperature approach, true counter-current flow, and significantly less hold-up volume (up to 80-90% less).
02
Economically sound choice
Low capital investment, installation costs, and limited maintenance and operating costs.
03
Highly reliable
with minimal fouling, stress, wear, and corrosion. A responsible choice with the least energy consumption for maximum process efficiency and reduced cleaning needs
04
Easily scalable
Allows the expansion of capacity through the adjustment of plates on existing frames, compared to plate and shell heat exchanger.
Plate Heat Exchanger
Disadvantages
01
Poor sealing could lead to leakage
Entail the inconvenience of replacing the unit
02
Limited pressure tolerance
Typically not exceeding 1.5 MPa
03
Limited operational temperature range
Determined by the gasket material’s temperature resistance.
04
Higher flow resistance
Compared to shell and tube heat exchangers.
OEM Brands we supplies
