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Plate Heat Exchange (PHE Plates)

Name: Plate Heat Exchange (PHE Plates)
Brand: RAMP TECH

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MOQ : 10 Units

Plate Heat Exchange (PHE Plates) Specification

Max Pressure
25 bar

Diameter
DN32 to DN150

Max. Capacity
Upto 5000 kW

Temperature
High-temperature

Thickness
0.4 mm to 0.8 mm

Usage
Industrial

Condition
New

Structure
Plate Heat Exchanger

Liquid Flow Rate
Upto 150 m³/h

Working Presssure
Upto 25 bar

Product Type
Plate Heat Exchange

Weight
Varies as per model

Dimensions
Customizable as per requirement

Material
Stainless Steel / Titanium / Hastelloy

Efficiency
Up to 90%

Installation Type
Vertical / Horizontal

Color
Silver / Grey

Plate Pattern
Chevron / Herringbone

Gasket Material
EPDM / NBR / Viton

Applications
HVAC, Chemical Processing, Food & Beverage, Power Plants, Pharmaceutical

Plate Heat Exchange (PHE Plates) About

Ramp Tech, established in 2014 and based in Vadodara, Gujarat, is a leading manufacturer and supplier of Plate Heat Exchangers (PHEs) and related components. The company specializes in providing high-quality PHEs, gaskets, plates, and spares compatible with all major brands, including Alfa Laval, Sondex (now Danfoss), Tranter, and Kelvion (now GEA Eco-flex) .

Product Range and Technical Specifications

1. Plate Heat Exchangers (PHEs)

Price Range: 8,000 350,000 per piece
Structure: Plate Heat Exchanger
Temperature: High-temperature applications
Condition: New
Usage: Industrial
Features:
- High thermal efficiency
- Wide temperature and pressure resistance
- Compact design with high turbulence for efficient heat transfer
- Low hold-up volume
- Vibration resistance

2. Semi-Welded Plate Heat Exchangers

Price: 400,000 per piece
Structure: Plate Heat Exchanger
Temperature: High-temperature applications
Condition: New
Usage: Industrial
Features:
- Withstands higher design pressures
- Lightweight and compact
- Flexible design suitable for various applications

3. PHE Plates

Materials of Construction (MOC):
- SS304, SS316L
- SMO 254, 904L
- Titanium
- Hastelloy C-276, C-2000
- Nickel-200/201
- Ti-Pd
Function: Increase or decrease the heating surface area in PHEs

4. PHE Gaskets

Materials of Construction (MOC):
- NBR-HT, EPDM, EPDM-HT, CR, HNBR, FKM-A, G, S, PTFE Envelop
Function: Ensure leak-proof sealing and optimal performance

Services Offered

Maintenance & Refurbishment: Decommissioning, gasket removal, chemical cleaning, and reassembly of PHEs
Customization: Tailored solutions for specific applications, including customized gaskets and plates
24/7 Support: Round-the-clock service availability to minimize downtime

Industry Applications

Ramp Techs PHEs and services cater to various industries, including:

Dairy and food processing
Pharmaceuticals
Chemicals
Power generation
HVAC systems
Oil & Gas
Marine

Versatile Material Selection

Choose from stainless steel, titanium, or Hastelloy plates, each engineered to withstand high temperatures and aggressive chemicals. These materials ensure durability, corrosion resistance, and reliable performance regardless of the industry application.

Customizable Design and Efficiency

Each PHE plate is tailored to your needs, with Chevron or Herringbone patterns that boost heat transfer efficiency up to 90%. Plate thickness, diameter, and dimensions are customizable for optimal integration within your existing infrastructure.

Wide Application Range

Our plate heat exchangers are deployed across numerous sectors, including HVAC, chemical processing, food and beverage, pharmaceuticals, and power generation. Vertical and horizontal installation options support versatile space requirements in industrial settings.

FAQs of Plate Heat Exchange (PHE Plates):

Q: How do I choose the right material for my plate heat exchanger plates?

A: The material choicestainless steel, titanium, or Hastelloydepends on the process fluids corrosiveness, temperature, and pressure. Stainless steel is suitable for general industrial applications, titanium for saltwater or aggressive media, and Hastelloy for highly corrosive chemical processing.

Q: What plate pattern options are available and how do they impact efficiency?

A: We offer Chevron and Herringbone plate patterns, both designed to create turbulence and enhance heat transfer. Chevron patterns generally provide higher efficiency by increasing turbulence, ensuring up to 90% thermal performance.

Q: When should EPDM, NBR, or Viton gaskets be used in a PHE?

A: Gasket selection depends on fluid compatibility and operating temperature. EPDM is best for hot water and steam, NBR is suited for oils and hydrocarbons, while Viton is ideal for aggressive chemicals and high-temperature applications.

Q: Where can these plate heat exchangers be installed?

A: These units can be installed in both vertical and horizontal configurations, making them suitable for diverse locations such as HVAC systems, chemical plants, food and beverage processing facilities, power plants, and pharmaceutical industries.

Q: What is the process for customizing plate heat exchangers to fit specific requirements?

A: Customization involves specifying flow rate, pressure, temperature, dimensions, and material choice. Our team will design the exchanger to match your application, ensuring compatibility and optimal performance within your operational constraints.

Q: What are the benefits of using PHE plates in industrial applications?

A: PHE plates offer high heat transfer efficiency (up to 90%), compact size, easy maintenance, customizable capacity (up to 5000 kW), and reliable operation under high pressure and temperature. This results in reduced energy usage and operational costs.

Q: How should I maintain and replace the gaskets or plates in a heat exchanger?

A: Regular inspection is recommended. Gaskets should be replaced if they show signs of wear, chemical attack, or loss of elasticity. Plates should be cleaned periodically and replaced if corrosion or scaling is detected to maintain performance.

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