使用利乐®混料机RJCI B,您能够以合理的价格,获得间歇式混料机中径向喷射混料机和注射器技术的所有优势。
它适用于各种饮料生产线,也可与以下产品结合使用:
利乐®混料机RJCI B还可用作中试规模的独立装置,以开始采用新配方进行创新。
产能:
选择1000或2000升混合罐。
典型的应用可以是:
Powder handling
When you add powders manually into the hopper or at floor level through the suction spear, the powder is drawn into the mixer via a vacuum. The patented injector design allows us to create pressure due to the Venturi effect and to aspirate ingredients directly into the circulation stream. The powder is sucked into the mixer, minimizing the release of dust into the air.
Injector technology
Wetting of powders begins immediately in the injector. The unique design allows us to create a vacuum due to the Venturi effect, so ingredients are sucked into the mixer at the point of entry. When powder is poured into the top of a tank, undissolved powder can sink to the bottom and lead to clogging over time. Our innovative injector technology and radial jet mixing avoid clogging and enable fast in-feed of powder and liquids.
Wide flexibility
This mixer is the ideal size for a variety of preparatory steps in beverage production such as dissolving a stabiliser like citric acid to prepare a stock solution for a bigger batch, pre-dissolving an aspartame slurry for a diet drink or pre-homogenizing fruit concentrates and flavours as a beverage base. What’s more, you can dissolve challenging stabilisers, thickeners and gums at ambient temperatures thanks to our advanced mixing technologies.
Low shear
With our mixer, you can dissolve and mix challenging ingredients like gums, thickeners and stabilisers with less energy and lower investment costs compared to a shear mixing device. These ingredients tend to form ‘fisheyes’ and dry powder capsules when not wetted properly. However, there is no need for an expensive shear mixing device when Tetra Pak® Mixer RJCI B does the same job of dissolving gums and stabilisers while using less energy.
Radial jet mixer technology
The radial jet mixer nozzle forces liquid at high speed into the tank and creates turbulence for agitation. This avoids the disadvantages of a mechanical agitator, which increases air incorporation to create foaming. Particles do not sink and collect at the bottom because of the turbulence created by the nozzle. It’s also reassuring to know that the nozzle does not create high shear. This helps to preserve product quality.