Winkworth Stainless Jacketed Tank PV1000 with Flow Meter

• Used for mixing and holding liquid or semi-liquid products in the food and beverage industry.
• Suitable for chemical processing, including blending and temperature-controlled reactions.
• Utilised in pharmaceutical manufacturing for ingredient preparation and storage.
• Applicable in cosmetic production for mixing emulsions and lotions.
• Commonly found in dairy operations for milk processing or yoghurt fermentation.

Typical capacity

For this class, capacities commonly range from 500 litres to several thousand litres; this unit is specified at 1000 litres.

Power supply

Mixing motors on such units typically require a 3-phase industrial supply, commonly 400V.

Jacket type

Jacketed tanks commonly feature dimple, half-pipe, or full jacket designs for heating or cooling.

Material construction

Process vessels of this type are typically constructed from food-grade stainless steel, such as 304 or 316, for hygiene and corrosion resistance.

Mixer type

Winkworth mixers commonly include propeller, anchor, or paddle agitators, suitable for various viscosities.

Ancillary equipment

Units often include temperature probes, level sensors, and flow meters, as mentioned for this listing.

• What is the benefit of a jacketed tank?

  A jacketed tank allows for precise temperature control of the product inside, enabling heating, cooling, or maintaining a specific temperature during processing.

• What kind of products can be processed in a stainless steel tank?

• Is a flow meter a standard inclusion for these tanks?

• What maintenance is typically required for a used tank with a mixer?

• Can this tank be used for vacuum or pressure applications?

Process vessels and storage tanks for bioprocessing are valued for durability and reliability in demanding pharmaceutical applications. Buyers typically prioritise corrosion resistance, material certification, and sanitary design compliance when purchasing used equipment. Industry sentiment favours stainless steel construction and verified maintenance histories. Key considerations include vessel volume, pressure ratings, temperature capabilities, and compatibility with regulatory standards. Well-maintained tanks from reputable manufacturers generally retain strong utility and represent cost-effective alternatives to new equipment.

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