Shell Tube Evaporator Crafted for Efficiency and Reliability!
Abe & Hxe India has firmly established itself as a trusted name in the industry. With a comprehensive range of Shell Tube Evaporators, the company stands at the forefront of innovation and quality.
Specially crafted for applications like air conditioning, cooling, and heat pump systems, our chiller shell and tube evaporators offer convenient maintenance and exceptional heat transfer capabilities. They find extensive use in chemical processes, power plants, refrigeration machinery, and various other settings. Being one of the top Shell Tube Evaporator Manufacturers in India, we are engaged in producing these products in our own manufacturing facility.
PRODUCTS GALLERY
Your Trusted Shell Tube Evaporator Manufacturers & Suppliers
Each shell tube evaporator is meticulously designed and manufactured using top-notch raw materials and cutting-edge techniques. Built to last, our evaporators feature a durable shell-and-tube design. This not only enhances their longevity but also makes them highly resistant to corrosion and wear, even in demanding industrial environments.
Our commitment to superior craftsmanship ensures that our offerings possess key attributes such as corrosion resistance, robust construction, and an extended operational lifespan. These features collectively contribute to making our products highly sought after among our valued clientele.
As dedicated Shell Tube Evaporator Suppliers in India, we strive to ensure that the products are delivered to our clients within the specified timeframe. Trust us for top-tier solutions that set the benchmark for excellence.
Key Features
- Robust Construction
- Optimized Heat Transfer
- User-Friendly Operation
- Energy-Efficient Design
- Comprehensive Support
- Customizable Configurations
- Low Maintenance Requirements
Applications
- HVAC Systems
- Oil refining industry
- Oil and Gas Industry
- Petrochemical Industry
- Power generation plants
- Chemical processing plants
- Food and Beverage Industry
- Refrigeration and Cryogenics
SPECIFICATIONS & CONSIDERATIONS
Insulation might be necessary to mitigate heat gain or loss from the evaporator, depending on the installation site and prevailing ambient conditions.
The evaporator comprises a bundle of tubes through which the process fluid passes. The dimensions of the tube, including diameter, thickness, and length, are critical design considerations. The design of the tube should promote efficient heat transfer.
The shell’s design should support the tube bundle and offer adequate space for fluid distribution. It should also include suitable connections for both the inlet and outlet.
Include safety features such as pressure relief valves, temperature sensors, and level indicators to guarantee the safe and secure operation of evaporators.
Some evaporators feature external fins on the tubes to increase the heat transfer surface area. These fins’ density and design can have an effect on the overall performance of evaporators.
Tubes can be organized in several ways, including in-line, triangular, or staggered configurations. The specific arrangement of tubes directly impacts the efficiency of heat transfer.
The internal refrigerant circuitry of the evaporator, including expansion devices and distributors, should be meticulously constructed for optimal refrigerant distribution and evaporation efficiency.
The evaporator must be suitable for the specific refrigerant utilized in the chiller system. Different refrigerants have different pressure, temperature, and chemical properties.
The evaporator tubes and shell should be made from materials that are corrosion-resistant and compatible with the fluids being processed. Typical options include stainless steel, copper, and titanium.
The design needs to account for the necessary flow rates of the process fluid and refrigerant in order to achieve the desired cooling capacity.
The evaporator needs to be seamlessly integrated into the overall chiller system, including pumps, controls, and condensers.
Make sure to adhere to environmental regulations concerning the usage and proper disposal of refrigerants.
Thorough testing of evaporators is crucial before their installation to ensure they meet design specifications and safety standards.
Consider access points while designing evaporators. Also, take into account provisions for cleaning and maintenance. Over time, evaporators can accumulate fouling, which can have an impact on their performance.
The shell-and-tube evaporator should withstand the operational pressure and temperature parameters of both the refrigerant and process fluid. This information is specific to the chiller system and its intended use, and it must comply with relevant safety regulations and industry standards.
