Steam Radiator for Rice Broken Glucose Plant

Name: Steam Radiator for Rice Broken Glucose Plant
Brand: Universal Industries
Price: 450000.0 INR
Availability: InStock

Price 450000.0 INR/ Unit

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MOQ : 1 Unit

Steam Radiator for Rice Broken Glucose Plant Specification

Material
Mild Steel / SS304 / SS316

Water Content
0.6% or lower (customizable as per plant requirement)

Central Distance
700 mm (customizable)

Working Pressure
0.7 MPa (7 kg/cm2)

Rough Weight
1200 kg (approx. for standard unit)

Thermal Pressure
1.0 MPa max.

Dimension (L*W*H)
2000 mm x 1500 mm x 900 mm (can be custom engineered)

Advantage
High thermal efficiency, corrosion resistant, uniform steam distribution, easy maintenance

Application
Specially engineered for Rice Broken Glucose Plant evaporation and heating process

Temperature Resistance
Up to 250C

Service Life
15-20 years with proper maintenance

Mounting
Horizontal or vertical mounting as per plant design

Flow Type
Cross/Counter flow configurable as per process requirement

Fin Type
Aluminum / Galvanized steel fins for enhanced heat transfer

Corrosion Protection
Coated and painted for long life and enhanced protection

Steam Consumption
Determined as per plant capacity

Tube Material
Seamless steel or stainless steel tube options

Steam Radiator for Rice Broken Glucose Plant Trade Information

Minimum Order Quantity
1 Unit

Delivery Time
5-7 Days

About Steam Radiator for Rice Broken Glucose Plant

Steam Radiator for Glucose Plant is fully functional industrial based directory focusing on all different types of finned tube heat exchanger. The finned tube Steam Radiator directory is compiled from the leading manufactures of Steam Radiator for Glucose Plant so that the user has many different choices from which to obtain the needed finned tube Steam Radiator.

Advanced Heat Transfer Technology

Featuring seamless steel or stainless steel tubing combined with enhanced surface aluminum or galvanized steel fins, this steam radiator achieves high levels of heat transfer efficiency. The specialized design enables rapid and uniform heating, critical for the efficient operation of rice broken glucose plants.

Built for Durability and Flexibility

Coated and painted for maximum corrosion resistance, this radiator stands up to demanding operating conditions. Its robust construction, customizable dimensions, and options for vertical or horizontal mounting ensure compatibility with diverse plant layouts. With proper maintenance, expect a service life of 15-20 years.

FAQ's of Steam Radiator for Rice Broken Glucose Plant:

Q: How does the steam radiator improve the evaporation and heating process in a rice broken glucose plant?

A: The steam radiator maximizes heat transfer using specially designed fins and seamless or stainless tubes, ensuring rapid and uniform heating during the evaporation process. This supports consistent and efficient glucose production.

Q: What materials are used in the construction of this radiator, and how do they benefit plant operations?

A: The radiator is constructed from choices of seamless steel, SS304, or SS316, paired with either aluminum or galvanized steel fins. These materials enhance thermal conductivity, provide excellent corrosion resistance, and extend the equipment's operational life.

Q: When should I consider customizing the tube material or central distance for my plant?

A: Customization is recommended when specific process requirements or site constraints exist, such as unique space allocations, corrosion environments, or temperature and pressure conditions. Customizing the tube material or central distance ensures optimal fit and performance.

Q: Where is the radiator best mounted within a glucose plant setup?

A: The radiator can be mounted either horizontally or vertically, depending on the plant design and available space. This flexibility allows integration into various stages of the glucose production process.

Q: What is the general maintenance schedule to ensure a 15-20-year service life?

A: Routine inspection, cleaning, and periodic checks for corrosion or leaks are crucial. Maintaining protective coatings and following layout-specific guidelines will help achieve the radiator's expected long service life.

Q: How is steam consumption determined for different plant sizes?

A: Steam consumption is calculated based on the specific capacity needs of each plant. This ensures the radiator delivers efficient heating without excess energy use.

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