Heat Exchanger Manufactures in Mumbai | Suyom Engineering Pvt Ltd
Suyom Engineering is a true Heat Exchanger manufacturers in Mumbai, suppliers and exporters in Mumbai, dedicated to providing technologically superior, quality solutions for many different industrial uses. Our Heat Exchangers are designed to provide the best energy efficiency, reduce operating costs, and cater to the individual needs of today’s industries.
Working Principle Heat Exchanger
Working Principle: Heat exchange between fluids without direct contact using conduction and convection.
Heat Transfer Enhancement: Surface treatment and new materials are used to improve heat transfer and reduce fouling.
Types of Heat Exchanger
As one of the established Heat Exchanger manufacturers in Mumbai, we are offering the finest quality Heat Exchanger like:
Tube Heat Exchanger: Tube Heat Exchangers contain numerous tubes for optimal fluid flow and heat transfer. Developing developments include Nano coated advanced tube designs to enhance thermal efficiency. Tube Heat Exchangers are applied primarily in chemical and power industries for high-temperature use.
Shell Heat Exchanger: Shell Heat Exchangers use shell-and-tube configuration to perform heat transfer between two fluids with different temperatures. The newer types use baffle enhancements and corrosion-resistant material in an effort to preserve higher durability and efficiency. They are very dependable for industrial use with humongous volumes and continuous operation.
Double Pipe Heat Exchanger: Double Pipe Heat Exchangers are concentric tubes with the facility for parallel flow or counterflow of heat transfer. Enhanced types contain spiral inserts and design features that generate turbulence to offer scope for higher heat exchange rate. They suit small- to medium-scale applications with varied temperature requirements.
Plate Heat Exchanger: Plate Heat Exchangers utilize thin corrugated plates to facilitate heat transfer amongst liquids. The latest technologies provide gasketless and brazed designs with greater pressure and temperature ranges. They are widely used in HVAC, food processing, and pharmaceutical applications.
Technical Specification ofHeat Exchanger:
As Heat Exchanger suppliers in Mumbai we have added below a table of technical specifications for it.
Specification | Details |
Model Type | Shell & Tube / Plate / Finned Tube / Spiral (customizable as per process requirement) |
Heat Transfer Area | 5 m² to 5,000 m² (expandable modular design) |
Design Pressure | Up to 100 bar (depending on material and configuration) |
Design Temperature Range | -50°C to +600°C |
Material of Construction | Carbon Steel, Stainless Steel (SS304/316/321), Duplex Steel, Titanium, Hastelloy, Inconel, FRP/GRP, or Cladded Alloys |
Thermal Efficiency | Up to 95% with optimized fin and baffle design |
Flow Configuration | Counter Flow / Parallel Flow / Cross Flow |
Corrosion Protection | Nano-coated inner surfaces, Epoxy lining, or PTFE coating for aggressive media |
Instrumentation & Controls | Smart sensors for temperature, pressure, and flow with SCADA/MES |
Features of our Heat Exchanger
We are one of the leading Heat Exchanger manufacturers in Mumbai, and our all-types of Heat Exchanger is integrated with new technology formulations such as:
Feature | Description | Benefits |
Advanced Materials | Constructed using corrosion-resistance and high-strength alloys, such as titanium and stainless steel alloys. | Ensures greater performance, longevity, and operation at extreme temperatures and pressure rates. |
Compact Design | Designed compact to take up minimal space without sacrificing efficiency. | Lower installation costs and better fluid flow dynamics, suitable for companies with limited space availability. |
High Thermal Efficiency | Designed to transfer maximum heat with surface enhancement, flow path geometry, and turbulence promoters. | Energy conservation, lower operating costs. |
Benefits of choosing our Heat Exchanger
These all types of new Heat Exchanger provide different types of benefits including:
Flexibility of Operation: Our Heat Exchangers can operate with a range of temperatures, pressures, and fluids. New technologies bring flexibility to accommodate sophisticated industrial processes. Flexibility ensures application in various industries and applications.
Low Maintenance: Advanced materials and improved designs minimize scaling and fouling. The maintenance needs are low, and the equipment life is higher. Industries have minimized downtime and operating costs.
Energy Conservation: These Heat Exchangers save energy to a maximum extent and have maximum thermal recovery. Technologically advanced designs offer precise temperature control and low energy use. They are an environmentally friendly industrial heat management system.
Applications of our Heat Exchanger
FAQs
The main function of a heat exchanger is to transfer heat efficiently between two or more fluids without mixing them. Modern designs enhance thermal efficiency while reducing energy consumption.
Common types include shell and tube, plate, and finned-tube heat exchangers. Advanced models now feature compact designs and high-efficiency materials for specialized industrial applications.
Regular cleaning, inspection for corrosion, and monitoring fluid flow rates are essential. Newer models also include automated cleaning and monitoring systems to reduce downtime and maintenance effort.
Yes, heat exchangers are designed to operate under extreme pressures and temperatures depending on material and construction. Advanced alloys and coatings further enhance their durability and performance in harsh industrial conditions.