Shell & Tube Heat Exchanger
We work closely with trusted heat exchanger manufacturers to deliver optimized solutions for pharmaceutical water systems. By understanding the technical performance and operating parameters of heat exchangers, we provide tailored installation and integration to ensure reliable and efficient operation.
- Single and double tube sheet designs: Available in both configurations, with tube sheet construction capable of withstanding high temperatures and pressures.
- High-quality materials: Uses high-quality SS316L seamless stainless-steel tubes to extend service life and ensure hygienic operation.
- FDA-compliant sealing: O-ring seals are designed to meet FDA and USP Class VI requirements for pharmaceutical applications.
- Hygienic design: Engineered with no dead zones and easy-to-clean surfaces to prevent contamination and microbial growth, supporting stringent validation requirements.
| Model | Single Tube Sheet Area | Tube Sheet Material | Gasket Material | Max. Viscosity | Evaporation Capacity |
| | 0.25m² | SUS304/SUS316L/Ti | NBR, EPDM (mechanical fixing) | 3000cP | 0.05-0.5t/h |
| | 0.55m² | SUS304/SUS316L/Ti | NBR, EPDM (mechanical fixing) | 3000cP | 0.1-2t/h |
| | 0.85m² | SUS304/SUS316L | NBR, EPDM (adhesive) | 3000cP | 0.5-5t |
Our shell and tube heat exchangers are built with high-quality SS316L seamless stainless-steel tubes, providing extended service life. The tube sheet design withstands high temperatures and pressures, making it suitable for heat transfer applications in the chemical industry.
Our heat exchangers are available in single and double tube sheet designs, featuring SS316L seamless tubes for durability. The tube sheet construction can handle high temperature and pressure conditions and is easy to install, making it ideal for energy and power generation industries.
Our heat exchangers are designed with FDA-compliant O-ring seals meeting USP Class VI standards. With a hygienic, dead-zone-free design, they are easy to clean, resistant to contamination, and prevent microbial growth, fully meeting the requirements of heat transfer in food production.
