Heat Exchanger for Dryer Heater

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Heat Exchanger for Dryer Heater Specification

Usage & Applications
Used for drying applications in industrial dryers; suitable for pharmaceutical, food, chemical, and textile industries

Type
Shell & Tube Heat Exchanger

Material
Stainless Steel

Capacity
1000 CFM

Voltage
220V

Power
20 kW

Power Source
Electric

Input Voltage
220V AC

Output Voltage
220V AC

Installation Type
Horizontal

Dimension (L*W*H)
1200mm x 400mm x 600mm

Weight (kg)
85

Color
Metallic Silver

Max Operating Pressure
7 bar

Shell Thickness
5 mm

Maintenance
Low

Heat Transfer Area
8.5 m²

Tube Material
Seamless SS304

Max Operating Temperature
180°C

Design Standard
ASME

Connection Type
Flanged End

Efficiency
Up to 87%

Corrosion Resistance
Yes

About Heat Exchanger for Dryer Heater

We are dedicatedly involved in supplying a huge series of Heat Exchanger for Dryer Heater. It is made with a premium quality of components which increases its longer life. It is used for only heat transferring purpose. This heater can also steam or thermic oil. Heat Exchanger for Dryer Heater aids to prevent mixing in direct contact. It cold fluid warms up and hot fluid cools down. It is easy to weld and mount.

Specifications

Type	Air-Cooled
Material	Mild Steel
Brand	Mark
Surface Finish	Galvanized
Heater Material	MS, SS & Copper
Flow Rate	370 m3/hr
Country of Origin	Made in India
Voltage	380 V
Frequency	50 Hz

Robust Stainless Steel Construction

Made from seamless SS304 tubes and a durable shell, this heat exchanger combines high corrosion resistance with dependable performance. Its sturdy design ensures a long lifespan, even in demanding industrial environments where chemical exposure is common.

High Efficiency for Industrial Drying

Providing an outstanding heat transfer efficiency of up to 87%, this heat exchanger optimizes energy use. The 8.5 m2 area ensures consistent heating, improving dryer performance across pharmaceuticals, food, chemical, and textile production lines.

Easy Installation & Low Maintenance

With flanged ends for quick connection, and a horizontal installation type, setup is streamlined. The shell & tube design and stainless steel material require minimal maintenance, reducing operational downtime and overall servicing costs.

FAQ's of Heat Exchanger for Dryer Heater:

Q: How does the Shell & Tube Heat Exchanger improve dryer efficiency in industrial applications?

A: This heat exchanger utilizes an 8.5 m2 heat transfer area and up to 87% efficiency, ensuring rapid and consistent heat delivery to the dryer. The seamless SS304 tubes and optimized design minimize energy losses, resulting in better drying performance and lower operational costs.

Q: What industries commonly use this heat exchanger model?

A: It is frequently used in the pharmaceutical, food, chemical, and textile industries for drying applications, thanks to its corrosion resistance and reliable performance under high-temperature and pressure conditions.

Q: When is it necessary to conduct maintenance on this heat exchanger?

A: Routine inspections are recommended, but the unit generally requires low maintenance due to its stainless steel construction and robust shell. It's advised to check connections and clean tubes periodically, especially in high-particulate environments.

Q: Where should the Shell & Tube Heat Exchanger be installed in a dryer system?

A: This model is designed for horizontal installation, typically positioned between the heating source and the drying chamber, ensuring efficient heat exchange and ease of access for monitoring and service.

Q: What process does the heat exchanger use to transfer heat in the dryer?

A: The shell & tube design allows heated air or fluid to flow through the tubes, transferring energy to the surrounding shell fluid or air. This mechanism ensures uniform heat distribution for rapid drying.

Q: What are the key benefits of using this heat exchanger in manufacturing plants?

A: Key benefits include high durability, excellent corrosion resistance, significant energy savings due to up to 87% efficiency, low maintenance requirements, and compliance with ASME standards for safe operation.

Q: What connection type does this heat exchanger use and why is it beneficial?

A: It uses flanged end connections, which simplify installation and maintenance by providing secure, leak-proof joining points that are easily accessible for servicing or replacement.

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