GARG INDIA's industrial borosilicate glass heat exchangers are precision-engineered for superior thermal performance and durability in demanding process environments. Manufactured ...

GARG INDIA's industrial borosilicate glass heat exchangers are precision-engineered for superior thermal performance and durability in demanding process environments. Manufactured from high-quality borosilicate glass, these heat exchangers deliver exceptional heat transfer coefficients—approximately 200-270 Kcal/m²·hr·°C for condensation and 100-150 Kcal/m²·hr·°C for cooling applications. The smooth interior surface significantly enhances film coefficients while reducing fouling tendency, ensuring consistent performance throughout extended operational periods. Produced in Maharashtra, India with ISO 9001:2008 certification, these units represent reliable engineering for critical applications where material compatibility and visual process monitoring are essential requirements for operational success.

These heat exchangers serve vital roles across chemical processing plants, pharmaceutical manufacturing facilities, distillation operations, and research laboratories. In chemical production environments, they safely handle corrosive media and aggressive compounds that would rapidly degrade metallic alternatives. Pharmaceutical manufacturers value them for maintaining product purity and easy cleanability in active pharmaceutical ingredient production and solvent recovery systems. Distilleries utilize them for product cooling applications where the product flows through coil batteries while coolant circulates through the shell, providing adequate residence time for effective temperature reduction. The transparent glass construction ensures zero metallic contamination, making them ideal for high-purity applications where product integrity cannot be compromised.

The business value of these glass heat exchangers lies in their proven reliability, operational efficiency, and long-term cost effectiveness. Their inherent corrosion-resistant properties eliminate maintenance concerns associated with metallic alternatives, significantly reducing downtime and replacement expenses. The transparent design enables visual monitoring of processes, allowing operators to identify potential issues before they escalate into production problems. With maximum pressure ratings of 2.7 bar for coolant and 3.5 bar for steam applications, these units provide flexible operation across diverse process conditions. The vertical mounting design and series installation capability offer scalability for increasing capacity requirements, representing a smart investment for growing operations seeking durable and efficient heat transfer solutions.

Key Features:
- Constructed from premium borosilicate glass for exceptional corrosion resistance
- Coil condenser design with multiple parallel coils fused within glass shell
- Smooth interior surface that enhances heat transfer and minimizes fouling
- Maximum pressure rating of 2.7 bar for coolant and 3.5 bar for steam applications
- ISO 9001:2008 certified manufacturing ensuring consistent quality standards

Benefits:
- Superior corrosion resistance extends equipment lifespan in aggressive chemical environments
- Enhanced heat transfer efficiency reduces energy consumption and operating costs
- Transparent construction allows visual monitoring for early problem detection
- Reduced maintenance requirements and downtime compared to metallic alternatives
- Certified manufacturing processes ensure reliable performance and product consistency