Half-Pipe Jacketed Reactor (Titanium)

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The half-pipe jacketed titanium reactor combines the corrosion resistance of titanium with the efficient temperature control of a half-pipe jacket structure. It is designed to handle corrosive media while ensuring precise thermal regulation, making it a reliable alternative to stainless steel or glass-lined reactors in chemical and pharmaceutical applications. By balancing corrosion resistance, temperature control, and operational stability, it meets the needs of processes where both durability and accuracy are critical.

This titanium reactors with semi-coiled jackets are recommended when:

• The medium involves dilute acids, organic acids, saline solutions, or seawater, where 316L stainless steel shows corrosion, provided that strong reducing media such as concentrated hydrochloric acid or hydrofluoric acid are not present (Hastelloy is more suitable in those cases).
• Reactions require high precision in temperature control, such as with heat-sensitive materials or synthesis processes where uneven heating in traditional jackets could compromise product quality.
• Facilities have space or load restrictions, requiring compact, lightweight equipment that still delivers corrosion resistance and long service life.