Tianjin Huabang designs and manufactures vessels, reactors, and tanks for fine-chemical and downstream-processing applications, supported by ASME-certified fabrication capabilities and multidisciplinary engineering coordination. These systems are positioned not only as stand-alone fabricated items, but as process-critical equipment within larger production and EPC packages.
Vessels and tanks are selected based on process pressure, temperature, material compatibility, agitation requirements, residence time, and control philosophy. Huabang’s engineering approach emphasizes:
This is especially relevant in fine-chemical applications where the vessel is not only a container, but a controlled thermal and reaction environment.
Jacketed Process Vessels
For heating or cooling with steam, hot water, glycol, or thermal oil. Suitable for dissolution, controlled reaction, buffer holding, and temperature-conditioning duties.
Coil-Wound or Internal-Coil Vessels
For applications requiring an enhanced heat-transfer surface, improved temperature response, or more uniform thermal control within the vessel.
Agitated Reactors
For reaction, blending, or holding services with tailored agitation systems selected based on viscosity, phase behavior, and process objectives.
Storage Tanks and Day Tanks
For raw material, intermediate, and finished-product storage, including atmospheric or pressurized arrangements as required by the process.
Instrumented Process Modules
For skid-mounted systems that integrate vessel, pumps, valves, instruments, and local control hardware into a single packaged unit.
ASME-Certified Fabrication Capability
Pressure-boundary equipment can be designed and manufactured under ASME-based fabrication practice, supporting projects that require internationally recognized code compliance and documentation.
Flexible Thermal Design
Jackets, coils, and internal circulation arrangements are selected based on heating/cooling duty, media type, and required response speed.
Agitation Tailored to Process Effect
Agitator types may include anchor, paddle, turbine, pitched-blade, high-shear, or other specialized arrangements, depending on viscosity and mixing target.
Instrumentation-Ready Design
Vessels may be equipped with level, temperature, pressure, and density measurements, along with control valve interfaces and PLC/DCS connection points.
Skid-Mounted Execution
Where appropriate, vessels and tanks can be integrated into skid modules with local piping, instrumentation, valves, and electrical and structural support, reducing fieldwork and improving installation predictability.




Our reactor package includes:
1) Reactor x1; 2) Molten salt cooler x1; 3) Molten Salt Circulation Pumps; 4) Electric heater x1; 5) Steam Superheater x1; 6) Molten salt controlling valve x1; 7) Molten salt balancing valve x1; 8) Salt leakage detector x1; 9) Antistatic measures; 10) Complete supply of all flanges, fasteners, and spare parts.
Performance guaranteed:
1) Performance assurance assessment: 72 hours of continuous operation
2) Performance Guarantee Assessment Index
Reactor molten salt inlet and outlet temperature difference: ≤3°C
Reactor radial temperature difference: ±1.5°C
Reactor single tube air volume: clients' requirements
Operating load: clients' requirements
3) Mechanical performance guarantees absolutely NO molten salt leakage during the warranty period.
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