Sanitary Capillary Heat Exchanger

·High Heat Exchange Efficiency: Capillary tube bundles increase heat exchange area, enhancing heat transfer capacity per unit volume.
·Hygienic Structure: Dead-leg-free flow channels and quick-connect fittings support both clean-in-place and disassembly cleaning.
·Low-Flow Adaptation: Capillary flow channels handle low-flow media for precise temperature control.
·Easy Installation: Quick-connect fittings facilitate piping connection and disassembly, reducing installation and maintenance costs.

·Contact Material: Sanitary-grade stainless steel 316L, suitable for food and pharmaceutical production environments.
·Structure Form: Capillary tube bundle structure with countercurrent flow of media in shell and tube sides.
·Connection Method: Sanitary quick-clamp connections at both ends, compatible with standard piping.
·Flow Channel Design: Dead-leg-free inner walls to reduce material residue and cross-contamination risk.
·Applicable Media: Low-viscosity liquid foods, pharmaceutical liquids, water, steam, and other heat transfer media.
·Cleaning Methods: Supports both clean-in-place (CIP) and disassembly cleaning.
·Sanitary Compliance: Dead-end-free design; 316L material certified by FDA/GMP; eliminates cross-contamination; suitable for high-purity processes such as injection water.
·Compact and Efficient: Slim tube diameter and compact structure; fast heat transfer response and space-saving design; seamlessly integrates into small-scale aseptic systems; ideal for space-constrained environments.
·Precise Process Matching: Custom-designed for cooling injection water and process water used in solution preparation, focusing on specific process requirements to ensure safe heat exchange for high-purity media.

·Food Industry: In-line heating, cooling, and pasteurization for small-batch dairy products and beverages.
·Pharmaceutical Industry: Precise heating, cooling, and sterilization heat exchange for pharmaceutical liquids.
·Bioprocessing: Temperature regulation and heat exchange for low-flow biological preparations.
·Laboratory Processes: Temperature control for process media in lab-scale and pilot-scale trials.

·Reduced Heat Exchange Efficiency with Non-compliant Media Outlet Temperature
Check for fouling or blockage inside capillary tubes; confirm stable media flow and pressure; verify that the temperature difference between inlet and outlet media meets design specifications.
·Leakage at Quick-connect Fittings
Check if clamp seals are aged or misaligned; confirm the clamp is fully engaged; verify if the connected piping has stress-induced deformation.
·Product Residue After Cleaning
Adjust flow rate and temperature during clean-in-place procedures; check for residues in dead-leg areas; confirm the cleaning process covers all media contact surfaces.

·Align the quick-clamp fittings and seals during installation, and ensure the clamp lock is fully engaged to avoid leakage.
·Gradually increase pressure and temperature before operation to avoid sudden changes affecting seal performance.
·Regularly disassemble and inspect the inner walls of capillary tubes to remove fouling and residual materials.
·Drain media inside the equipment and perform sterilization procedures during long-term shutdown to prevent microbial growth.