Glass Heat Exchangers
Glass Heat Exchangers – Reliable & Corrosion-Resistant Thermal Solutions
ATR‑Asahi’s Glass Heat Exchangers are engineered to deliver highly efficient heat transfer for the most demanding industrial applications. Made from premium borosilicate glass, our exchangers combine durability, chemical resistance, and operational safety, making them ideal for pharmaceutical, chemical, and defense industries.
Whether it’s heating, cooling, or condensation, our glass heat exchangers are designed to optimize thermal performance while ensuring product purity.
Maximizes heat transfer, reducing energy consumption and operational costs.
Borosilicate glass withstands aggressive chemicals and corrosive environments for long-lasting performance.
Safe for pressure and vacuum operations, ensuring secure handling of volatile substances.
Modular design allows quick assembly, inspection, and future expansion.
Types of Glass Heat Exchangers We Offer
Ideal for condensation and cooling processes in chemical plants. Provides maximum surface area for heat transfer with compact design.
Perfect for handling highly corrosive media and extreme conditions. Offers enhanced thermal conductivity and durability.
Engineered for critical industrial operations with higher pressure requirements. Ensures safe and efficient heat exchange in challenging environments.
Designed for small-scale and laboratory applications. Provides efficient heat exchange in compact setups.
Combines glass with tantalum elements for the highest level of chemical resistance. Suitable for highly specialized chemical processes.
Client Testimonial
What that say about Factura
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Need a Reliable Glass Reactor for Your Next Project?
Talk to our experts today and explore the perfect reactor for your application.
Benefits of Choosing ATR‑Asahi
Reduced operational downtime due to low maintenance needs.
Long service life with superior resistance to corrosion and scaling.
Energy-efficient designs that reduce utility costs.
Customizable solutions for different industrial requirements.
