Titanium Plate Heat Exchanger Supplier | RFQ & Project Specification

Compact titanium plate heat transfer equipment

Titanium plate heat exchangers combine corrosion-resistant titanium heat-transfer plates with a compact plate-and-frame arrangement. They are commonly considered where footprint, approach temperature, serviceability and corrosion resistance are important. Plate material alone does not determine suitability; gasket, connection and frame requirements must also match the service.

Thermal sizing inputs

Heat duty, temperature program, flow rates, allowable pressure drop and fouling tendency are needed before plate area and channel arrangement can be reviewed.

Maintenance and compatibility

Cleaning method, gasket compatibility and access requirements should be defined during RFQ review so the equipment fits the actual operating practice.

RFQ information for engineering review

A complete equipment quotation depends on process conditions and mechanical interfaces. Please provide as much of the following information as available:

Heat duty or exchanger datasheet
Both-side media and chemical composition
Flow rates and inlet / outlet temperatures
Design pressure / temperature and allowable pressure drop
Titanium plate grade and connection requirements
Gasket / frame preferences, cleaning method and installation constraints
Inspection, documentation and destination requirements

Typical applications

Seawater and brine cooling
Chemical process heat recovery
Industrial cooling and heating loops
Desalination support systems
Compact corrosion-resistant utility service

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Heat exchanger sizing, pressure design, materials, inspection and acceptance criteria must follow the confirmed process datasheet, approved drawing, purchase order and technical agreement. Information on this page is for procurement orientation and does not replace project engineering.