Ovaco offers innovative and reliable solutions with Floating Head Heat Exchangers designed to meet the most complex heat transfer needs of industrial processes. These heat exchangers have been developed to provide superior performance, especially in systems with high thermal expansion.
Featured Features
Floating Header Design: Eliminates the risks of thermal expansion, ensuring long life of the heat exchanger.
High Efficiency: Provides maximum heat transfer performance thanks to its advanced design.
Easy Maintenance: The tube bundle can be easily removed, making cleaning and maintenance quick and efficient.
Flexible Application Options: It can operate over a wide pressure and temperature range.
Areas of Use
Petrochemical Plants: A reliable solution for condensation and heat transfer processes.
Power Plants: Ideal for steam turbines and boiler systems.
Chemical Industry: Durable in corrosive and high temperature environments.
Food and Beverage: Material options suitable for hygienic designs.
Marine Industry: Structure resistant to harsh sea conditions.
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Material Options
Stainless Steel: Corrosion resistant and suitable for hygienic applications.
Carbon Steel:A durable and economical option.
Nickel and Alloys:For systems requiring high temperature and chemical resistance.
Titanium: The perfect solution for seawater and other aggressive environments.
Each material selection is carefully tailored to the requirements of your application and environmental conditions.
International Production Standards
ASME Sec. VIII, Div. 1: Design standards for pressure vessels.
TEMA: Global heat exchanger design and manufacturing standards.
ISO 9001: Quality management system certification.
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Design and Calculation Process
Heat Transfer Analysis: Optimized design based on fluid properties, pressure and temperature.
Pressure Resistance:
Strength analysis suitable for high pressure.
Corrosion Risk Analysis:Material selection for long life with minimum maintenance.
Quality Control Processes
Raw Material Certification: All materials are certified according to quality standards.
Non-Destructive Tests: Reliability check with ultrasonic, radiographic and hydrostatic tests.
Performance Tests: Sealing and energy transfer performance tests.
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