Industrial Heat Exchanger Manufacturing & Chemical Plant (Shell & Tube / SiC)
Optimization of Solvent Recovery and VOC Recovery Processes
Custom Heat Exchanger Design Maximizing Process Efficiency
BMS is an expert in manufacturing high-efficiency heat exchangers that reduce energy costs in chemical plants.
From shell and tube heat exchangers to waste heat recovery units, our equipment ensures core performance in solvent recovery, distillation tower, and degassing tower processes.
By analyzing harsh environments such as strong acids and hydrofluoric acid, we select optimal materials like Glass and SiC. This realizes contamination-free heat exchange in sensitive chemical processes such as high-purity solvent purification and polyimide binder manufacturing.
High-Corrosion Resistance & High-Efficiency Heat Exchanger Lineup
Glass Heat Exchanger (High Purity & Visibility)
Essential for semiconductor-grade high-purity solvent recovery lines with excellent chemical resistance. The transparent material allows visual monitoring of the solvent recovery and condensation process.
SiC Heat Exchanger (For Extreme Environments)
Suitable for VOC recovery and strong acidic waste liquid treatment processes. It controls the rapid reaction heat generated during secondary battery binder manufacturing and boasts outstanding thermal conductivity.
Special Alloy Shell & Tube Heat Exchanger
Perfectly responds to the high-pressure steam and corrosive environments required when designing large-capacity distillation towers and degassing towers. Special alloys like Titanium and Hastelloy are applied.
Design Standards & Safety Certifications
- Precision design according to TEMA standards to maximize compatibility with distillation towers.
- Easy-to-maintain Shell & Tube type structure.
- ASME U-stamp and KGS certification support.
Manufacturing Specifications
- Custom manufacturing from LAB pilot scale to mass production plants.
- Temperature range: -200℃ (Cryogenic) to 500℃ (Ultra-high temp)
- Pressure range: Full Vacuum to 300bar