At Stainless Heat Exchangers, we specialize in precision-engineered stainless steel heat exchangers for sanitary and industrial applications. Our offerings include Shell & Tube, Tube-in-Tube, Plate & Frame, Embossed Plate, and Brazed Plate designs, constructed with 316L stainless steel to ensure corrosion resistance and compliance with 3A and FDA standards. Ideal for Clean-in-Place (CIP), dairy pasteurization, sauces, liquid eggs, wastewater, evaporating, condensing, and tank cooling/heating, we partner with you to deliver cost-effective, high-quality heat transfer solutions.
Since our inception we have provided top-tier heat transfer solutions, specializing in stainless heat exchangers and applications for industries like food, beverage, dairy, and pharmaceuticals. Our expert engineers assist in selecting the optimal heat exchanger, Shell and Tube, Tube-in-Tube, Plate and Frame, Embossed Plate, or Brazed Plate for applications including CIP, dairy pasteurization, sauces, liquid eggs, wastewater, evaporating, condensing, and tank cooling/heating.
Shell and Tube exchangers offer robust, high-pressure performance for dairy, pharmaceutical, and wastewater applications. Tube-in-Tube designs excel with high-viscosity fluids like sauces and liquid eggs. Plate and Frame units provide unmatched efficiency for beverage and dairy processing with easy maintenance. Embossed Plate exchangers are ideal for tank cooling/heating and food production lines, while Brazed Plate units suit refrigeration, hydronics, and CO2 systems. Constructed from 316L stainless steel, our exchangers ensure corrosion resistance and compliance with 3A and FDA standards.
We offer pre-engineered and custom solutions at competitive prices, guiding you from design to production.
Contact our sales team at 1-805-484-2992 (M-F, 8am-5pm) for tailored heat exchanger solutions.
A sanitary stainless steel heat exchanger is designed for efficient heat transfer in food, beverage, dairy, and pharmaceutical industries, where hygiene is critical. Made from 316L stainless steel, these exchangers prevent contamination, support Clean-in-Place (CIP) systems, and comply with 3A and FDA standards. They are used for pasteurization, evaporating, condensing, steam-to-water, and tank cooling/heating applications.
Clean-in-Place (CIP) systems are the most effective for cleaning sanitary heat exchangers, circulating cleaning solutions without disassembly. The process includes warm water pre-rinsing, alkaline wash for organic residues (e.g., fats, proteins in sauces), acid wash for mineral deposits (e.g., calcium scale), and a final rinse. Steam or hot water sanitization ensures microbial elimination for dairy and pharmaceutical applications, maintaining hygiene and equipment longevity.
Sanitary heat exchangers require regular Clean-in-Place (CIP) cycles, inspections, and performance monitoring. CIP systems use pre-rinse, alkaline, and acid cycles to remove organic and mineral buildup. Post-CIP inspections check seals, gaskets, and plates for wear or corrosion. Monitoring pressure drops and temperature differentials detects fouling. Steam sanitization ensures compliance with 3A and FDA standards for dairy, sauces, and pharmaceutical applications, extending equipment lifespan.
Cleaning agents for sanitary heat exchangers ensure thorough cleaning without contamination risk. Common agents include:
These agents are circulated via CIP systems, with rinsing to prevent chemical cross-reactions, ensuring 3A and FDA compliance.
Our stainless steel heat exchangers are designed for sanitary and industrial applications, including: