Glass Tube Heat Exchanger

Price 50000 INR/ Piece

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MOQ : 1 Unit

Glass Tube Heat Exchanger Specification

Thickness
Glass tubes: 6 mm; Shell: 8 mm

Max. Capacity
Up to 60,000 Kcal/hr

Diameter
Standard tube diameter: 25 mm; shell diameter: 150 mm

Temperature
-10C to +150C

Number of Pipe
12 tubes (standard design)

Max Pressure
3 bar

Condition
New

Structure
Shell and Tube (Tube-in-shell design)

Liquid Flow Rate
Up to 2000 LPH (litres per hour)

Working Presssure
0.5 to 3 bar

Power
Not Applicable (No electrical power required)

Weight
Approximately 30 kg

Dimensions
Customizable; standard: 1200 mm length x 250 mm width x 350 mm height

Glass Tube Heat Exchanger Trade Information

Minimum Order Quantity
1 Unit

Payment Terms
Cash Advance (CA), Cash in Advance (CID), Cheque

Supply Ability
1 Unit Per Day

Delivery Time
7 Days

Main Export Market(s)
Asia, Australia, Central America, North America, South America, Eastern Europe, Western Europe, Middle East, Africa

Main Domestic Market
All India

About Glass Tube Heat Exchanger

Country of Origin	Made in India
Medium Used	pharama/chemicals
Usage/Application	For Pharmaceutical Industry
Brand	Gujarat Scientific and polymer
I Deal In	New Only
Heat Transfer Type	as per requirements

Precision Engineering for Demanding Applications

Manufactured to exacting DIN and ISO specifications, this glass tube heat exchanger provides optimal performance for chemical processes, laboratory research, and pilot-scale projects. Its corrosion-resistant borosilicate and PTFE components ensure durability and compatibility, even with aggressive media, making it a reliable choice for modern industry.

Customizable Design for Diverse Needs

Choose between standard and custom options for dimensions, shell material, and end connections. The tube-in-shell design, horizontal or vertical mounting capability, and range of heat transfer areas (1-10 m2) allow users to adapt the heat exchanger for different application requirements, from cooling to heat recovery processes.

Effortless Maintenance and Operation

The heat exchanger's structure supports straightforward disassembly, cleaning, and reassembly. With double O-ring seals to minimize leakage and flanged, PTFE-lined connections for secure installation, routine servicing is simplified, reducing downtime and enhancing operational efficiency.

FAQ's of Glass Tube Heat Exchanger:

Q: How is maintenance performed on the Glass Tube Heat Exchanger?

A: Routine maintenance is straightforward thanks to its easy-to-disassemble structure and double O-ring seals. Users can quickly access internal components for cleaning and reassembly, ensuring high hygiene standards and minimal downtime.

Q: What types of fluids can be processed with this heat exchanger?

A: This model is suitable for handling acids, water, and organic solvents. It is specifically not recommended for use with high-pressure steam, but is ideal for chemical, pharma, and laboratory applications involving corrosive or sensitive fluids.

Q: When should I choose PTFE-lined mild steel over borosilicate glass for the shell material?

A: PTFE-lined mild steel shells are preferable when extra chemical resistance is required or when the process involves more demanding mechanical conditions. Borosilicate glass shells are optimal for transparency and corrosion resistance in environments with less physical stress.

Q: Where can this heat exchanger be mounted?

A: It offers flexible installation, and can be mounted horizontally or vertically, depending on the available space and process requirements. This adaptability makes it suitable for diverse setups in plants and laboratories.

Q: What is the benefit of double O-ring seals in this design?

A: Double O-ring seals provide enhanced leakage protection, minimizing the risk of fluid escape even under fluctuating pressure. This improves safety, operational reliability, and reduces maintenance needs.

Q: How does the customizability of dimensions and heat transfer area improve process performance?

A: With customizable size options (standard: 1200 mm x 250 mm x 350 mm) and heat transfer areas from 1 to 10 m2, you can tailor the exchanger's capacity for specific requirements. This ensures efficient thermal management, maximizes throughput, and supports a wide range of process scales.

Q: What are the usage advantages over conventional metal heat exchangers?

A: Borosilicate glass and PTFE materials offer excellent corrosion resistance, transparency for visual inspection, and compatibility with aggressive chemicals. Additionally, the non-metallic design ensures reduced contamination and straightforward cleaning, enhancing safety and process integrity.

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