Tetra Pak High Shear Mixer · There are no circulation loops outside the mixer. As a result, when...

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Application Our pilot-scale batch process unit is an efficient choice for R&D. Plug and play solution No shear and high shear in the same machine • Handles high and low viscosity products • Indirect heating/cooling by jacket Heating by direct steam injection • Agitator/scraper • Low raw material losses • Minimal air incorporation • Gentle blending of particles • Vacuum mixing • Compact solution • Energy efficient HMI 15” touch colour screen Working principle The main component is a vacuum mixing tank with a bot- tom-mounted batch turbo unit. The turbo unit is based on a rotor/stator principle, which ensures optimal processing. Vacuum mixing de-aerates the product and reduces foam related problems caused by air incorporation during pow- der addition. The vacuum is also used to drive the pow- der/ liquid transport into the tank below liquid level. This ensures optimal wetting of powders, improving mixing and promoting high product quality. The mixing vessel is insulated and equipped with a dimple jacket for indirect heating and cooling. Direct steam injec- tion can also be used for product heating purposes. The lid lift provides easy access to manually add ingredients. There are no circulation loops outside the mixer. As a result, when in high-shear mode, the mixture is forced through the mixing head up to 30 times more often than in conventional systems with recirculation loops. Tetra Pak ® High Shear Mixer Laboratory unit B120-25VA

Transcript of Tetra Pak High Shear Mixer · There are no circulation loops outside the mixer. As a result, when...

Page 1: Tetra Pak High Shear Mixer · There are no circulation loops outside the mixer. As a result, when in high-shear mode, the mixture is forced through the mixing head up to 30 times

ApplicationOur pilot-scale batch process unit is an efficient choice for R&D.

Plug and play solution• No shear and high shear in the same machine

• Handles high and low viscosity products

• Indirect heating/cooling by jacket

• Heating by direct steam injection

• Agitator/scraper

• Low raw material losses

• Minimal air incorporation

• Gentle blending of particles

• Vacuum mixing

• Compact solution

• Energy efficient

• HMI 15” touch colour screen

Working principleThe main component is a vacuum mixing tank with a bot-tom-mounted batch turbo unit. The turbo unit is based on a rotor/stator principle, which ensures optimal processing.

Vacuum mixing de-aerates the product and reduces foam related problems caused by air incorporation during pow-der addition. The vacuum is also used to drive the pow-der/ liquid transport into the tank below liquid level. This ensures optimal wetting of powders, improving mixing and promoting high product quality.

The mixing vessel is insulated and equipped with a dimple jacket for indirect heating and cooling. Direct steam injec-tion can also be used for product heating purposes. The lid lift provides easy access to manually add ingredients.

There are no circulation loops outside the mixer. As a result, when in high-shear mode, the mixture is forced through the mixing head up to 30 times more often than in conventional systems with recirculation loops.

Tetra Pak® High Shear MixerLaboratory unit B120-25VA

Page 2: Tetra Pak High Shear Mixer · There are no circulation loops outside the mixer. As a result, when in high-shear mode, the mixture is forced through the mixing head up to 30 times

We reserve the rights to introduce design modifications without prior notice. Tetra Pak, and PROTECTS WHAT’S GOOD are trademarks belonging to the Tetra Pak Group.

www.tetrapak.com

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Basic unitMain components

• Vacuum vessel

• High-shear turbo unit with water flushed seal

• Dynamic stator

• Agitator/scraper

• Heating and cooling

• Direct steam injection

• Automatic water dosing

• Vacuum pump

• PLC control

• MCC incl. inverters for all motors

Processing parametres B120-25VA

Capacity, l/batch 25

Dry matter, % ≤ 80

Viscosity, cP ≤ 100 000

Consumption data

Installed power, kW 6.62

Power supply 3x380-480 V, 50/60 Hz, 16A

Mixing temperature (no vacuum) ≤ 90ºC

Mixing temperature (vacuum) ≤ 70ºC

Steam inlet, mm Ø25 SMS

Condensate outlet, mm Ø25 SMS

Steam 4-5 bar, kg/h 80

Steam quality Dry & culinary steam

Cooling water inlet, mm Ø25 SMS

Cooling water outlet, mm Ø25 SMS

Cooling water 1-2 bar, kg/h 500

Instrumental air, Nl/h 50

Air inlet, mm Ø8

Air pressure 6 bar

Service water inlet, mm Ø25 SMS

Service water, l/h 50

Product outlet, mm Ø38

Tetra Pak® High Shear Mixer

Technical data

Side view

Top view

DimensionsLenght, mm 1 500

Width, mm 850

Height, mm 1 900