GARG INDIA's borosilicate glass heat exchangers represent advanced heat transfer technology manufactured in Maharashtra, India. These tube heat exchangers feature exceptional therm...

GARG INDIA's borosilicate glass heat exchangers represent advanced heat transfer technology manufactured in Maharashtra, India. These tube heat exchangers feature exceptional thermal performance with heat transfer coefficients that compete favorably with alternative materials. The smooth glass surface significantly improves film coefficients while reducing fouling tendencies, ensuring consistent performance over extended operational periods. Designed as condensers for vapor condensation and liquid cooling, these units incorporate multiple parallel coils fused within a glass shell, available in various diameters and tube bores to meet specific process requirements. The equipment maintains ISO 9001:2008 certification, guaranteeing quality manufacturing standards and reliable performance in diverse industrial settings.

These heat exchangers serve critical functions across multiple industries including chemical processing, pharmaceutical manufacturing, distillation operations, and specialized laboratory applications. In chemical plants, they handle corrosive materials that would damage metal equipment. Pharmaceutical companies utilize them for processes requiring absolute purity and easy cleaning. Distillation facilities employ these units for cooling distillates with product coolers specifically designed for this purpose, featuring 25 DN connections for direct integration with distillation lines. The equipment's glass construction makes it ideal for applications where metal contamination must be avoided and process visibility is beneficial.

The business value of these heat exchangers lies in their reliability and long-term cost efficiency. Their borosilicate glass construction ensures corrosion resistance, reducing maintenance costs and extending equipment lifespan compared to metal alternatives. The transparent nature allows for visual monitoring of processes, preventing potential issues before they cause downtime. These units deliver consistent, reliable performance that protects your process integrity and reduces operational risks while maintaining high thermal efficiency across various industrial applications.

Key Features:
- Borosilicate glass construction for superior corrosion resistance and purity
- Multiple parallel coil design fused within durable glass shell
- Heat transfer coefficients of 200-270 Kcal/m2hr°C for condensation
- Cooling capacity of 100-150 Kcal/m2hr°C for liquid cooling applications
- ISO 9001:2008 certified manufacturing ensuring quality standards

Benefits:
- Superior corrosion resistance extends equipment lifespan and reduces maintenance
- High thermal efficiency ensures optimal heat transfer performance
- Glass construction prevents metal contamination in sensitive processes
- Visual monitoring capability allows for process observation and early issue detection
- Reliable operation with proper mounting and coolant flow requirements