Our Industrial Borosilicate Glass Shell and Tube Heat Exchangers represent advanced thermal management solutions designed specifically for corrosive industrial environments. Featur...

Our Industrial Borosilicate Glass Shell and Tube Heat Exchangers represent advanced thermal management solutions designed specifically for corrosive industrial environments. Featuring premium borosilicate glass construction, these units deliver exceptional corrosion resistance against a wide range of aggressive chemicals while providing efficient heat transfer capabilities. The design incorporates individual glass tubes sealed into specially engineered PTFE tube sheets with secure socket arrangements, creating a robust system that withstands demanding operational conditions. With temperature capabilities ranging from -40°C to 150°C and suitability for full vacuum operation on both shell and tube sides, these exchangers offer versatile performance for diverse industrial thermal processes. Manufactured to international quality standards, they provide reliable operation where conventional metal heat exchangers would rapidly deteriorate.

These heat exchangers serve critical functions across multiple industrial sectors where chemical resistance and purity are non-negotiable requirements. In chemical processing industries, they handle concentrated acids, alkalis, and organic solvents for heating, cooling, and condensation applications without degradation. Pharmaceutical manufacturers utilize them for contamination-free thermal processes in drug production and purification systems. The food and beverage industry benefits from their ability to maintain product purity while processing corrosive cleaning solutions. Water treatment facilities employ them for handling aggressive industrial effluents and chemical dosing systems. Their universal corrosion resistance makes them suitable for any application involving media that attacks metallic surfaces, providing long-term reliability where other materials fail.

The business value of these glass shell and tube heat exchangers lies in their exceptional reliability, operational efficiency, and long-term cost savings. They significantly reduce maintenance costs through minimal fouling characteristics and easy tube replacement capabilities when needed. Their construction provides approximately three times higher heat transfer coefficients compared to conventional coil-type exchangers while maintaining minimal pressure drop across the system. The lightweight design simplifies installation and reduces structural support requirements, while the compact footprint saves valuable floor space in industrial facilities. Special sealing arrangements with PTFE tube sheets permit straightforward maintenance and cleaning procedures, minimizing downtime and operational disruptions. These units deliver sustainable thermal solutions that enhance process efficiency while protecting against the high costs of equipment failure in corrosive environments.

Key Features:
- Premium borosilicate glass construction providing universal corrosion resistance
- Individual glass tubes securely sealed into PTFE tube sheets with special socket arrangements
- Engineered baffle system on shell side to enhance heat transfer through controlled turbulence
- Operational temperature range from -40°C to 150°C with maximum 120°C differential
- Suitable for full vacuum operation on both shell and tube sides of the exchanger

Benefits:
- Exceptional resistance to aggressive chemicals including acids, alkalis, and solvents
- High thermal efficiency with minimal fouling for consistent performance
- Reduced maintenance requirements and easy tube replacement capabilities
- Lightweight construction for simpler installation and space-efficient design
- Cost-effective alternative to expensive exotic metal alloys like hastelloy or titanium