VMI 2400L High shear mixing vessel

• Used for emulsification, dispersion, and homogenisation in liquid and semi-liquid products.
• Commonly applied in the production of sauces, dressings, and dairy alternatives.
• Suitable for pharmaceutical and cosmetic formulations requiring fine particle size reduction.
• Utilised in chemical processing for creating stable suspensions and blends.

Typical capacity

High shear mixing vessels of this class commonly range from several hundred to several thousand litres; this unit is specified at 2400L.

Power supply

Units of this size typically require a 3-phase industrial power supply, commonly 400V.

Construction material

For food and pharmaceutical applications, stainless steel (e.g., 304 or 316) is standard for contact parts and often for the entire vessel.

Agitation features

High shear mixers commonly feature a central high-shear impeller, often complemented by top-mounted agitation and scrape surface agitators for thorough mixing and heat transfer.

Temperature control

Jacketed vessels are standard for applications requiring heating or cooling during the mixing process.

Ancillary equipment

Units of this type often integrate with centrifugal pumps for product transfer or recirculation.

• What is the primary benefit of a high shear mixer over a standard agitator?

  High shear mixers provide intense mixing energy to rapidly disperse, emulsify, and homogenise immiscible liquids or solid-liquid suspensions, achieving finer particle sizes and more stable products than conventional agitators.

• Is this unit suitable for viscous products?

• What maintenance is typically required for a high shear mixing vessel?

• Can this vessel be used for both heating and cooling?

• What safety features should I expect on a unit of this type?

Lab mixers and stirrers hold strong reputations for reliability and durability. Buyers typically prioritise motor condition, speed range suitability, and vessel compatibility when purchasing used units. The equipment category is valued for consistent performance across research and production settings. Key strengths include robust construction, straightforward maintenance, and long operational lifespans. Corrosion resistance of wetted parts merits careful inspection. These devices remain dependable workhorses in pharmaceutical, biotech, and laboratory environments, offering solid value when sourced from reputable sellers with clear service histories.

General overview for this equipment type