Stainless jacketed vessel

• Mixing and heating liquid products in the food and beverage industry.
• Holding and processing pharmaceutical ingredients under controlled temperatures.
• Chemical synthesis and reaction processes requiring temperature management.
• Storage and conditioning of cosmetic formulations.
• Batch pasteurisation or sterilisation of various media.

Typical capacity

This unit is listed at 150L; capacities for this class of equipment commonly range from 50L to several thousand litres.

Jacket type

Typically full or half-coil jackets for heating/cooling, or dimple jackets for efficient heat transfer.

Material of construction

Commonly 304 or 316 stainless steel for product contact parts, offering corrosion resistance.

Working pressure

For jacketed vessels, working pressures typically range from atmospheric to several bar, depending on design and application.

Agitation

Many units of this type are fitted with agitators (e.g., propeller, anchor, turbine) for mixing, though not specified for this unit.

Temperature range

Commonly designed to operate from chilled temperatures up to 150-200°C, depending on the heating/cooling medium.

Power supply

If fitted with an agitator or control system, typically 3-phase industrial power (e.g., 400V, 50Hz in the UK).

• What is a jacketed vessel used for?

  A jacketed vessel is designed to control the temperature of its contents. The 'jacket' is an outer shell through which a heating or cooling medium circulates, allowing for precise temperature management during processing.

• What are the common heating/cooling methods for these vessels?

• Is an agitator included with all jacketed vessels?

• What maintenance is typically required for a used jacketed vessel?

• How do I determine if this vessel is suitable for my product?

Process vessels and storage tanks for bioprocessing and pharmaceutical manufacturing are valued for robust construction and compliance with GMP standards. Buyers typically seek equipment with verified validation documentation, material certifications, and service history. Common strengths include reliable performance in temperature-controlled environments and compatibility with existing systems. When purchasing used equipment, industry practice emphasises inspecting pressure ratings, gasket conditions, and calibration records. Quality units from established manufacturers generally command confidence in secondary markets.

General overview for this equipment type