优势
利用混合物自身的湍流，可避免涡旋或者任何由液体喷射或机械搅拌设备引起的表面破碎。同时确保了搅拌异常迅速。这是因为罐内的液体体积是其自身的搅拌器，使用湍流进行自搅拌。 利乐径向射流混合器在最后一种原料加入后2-10分钟内便可混合标准的饮料。
二次的搅拌场，无涡旋，以及6%-100%的更大灌装水平灵活性共同保证了均匀的分布。
产能：
根据罐体尺寸（不包含罐体），可提供单一（S）或双重（T）混合喷嘴。
适用于最大200 cP的批量混料。
应用：
可生产碳酸软饮料、纯果汁、含果汁饮料、非碳酸饮料、功能性饮料，以及乳制品和植物基饮料等饮品产品。
Tetra Pak® Radial Jet Mixer
- Boost your mixing and cleaning capacity.
- High product quality with low risk of foaming.
- Flexible solutions to meet your specific needs.
- Low installation and maintenance costs.
特点
Single or twin nozzle
Customized for your needs
Our mixer is available with a single (S) or twin (T) mixing nozzle depending on the tank dimensions. In both cases, the mixing nozzle creates steady turbulence through high-speed jets of liquid generated by a recirculation pump. It’s reassuring to know that the nozzle does not create high shear. The shear rate of an agitator is 100 times more at the blade tip than near one of our nozzles. This helps to preserve product quality.
Fast mixing
Save time per batch
In a trial in a 20 cubic metre tank, we compared the batch time for a conventional agitator with Tetra Pak® Radial Jet Mixer T in the production of a cola drink. While the mixing time (after the last ingredient was added) for an agitator was 20 minutes, our mixer took only 6 minutes. Time for preparation could also be cut. The result: a time-saving of 24 minutes per batch. This is typical for beverage production.
Cascade cleaning
Cut the CIP cycle for sticky drinks
Watch the video from a tank at a plant in Paraguay! This innovation allows you to cut the CIP cycle for sticky drinks from 90 minutes or more to the time of a standard cycle for non-sticky soft drinks. The media enter through the spray ball and then are expelled as a powerful jet using the Tetra Pak® Radial Jet Mixer T for a faster and more efficient tank cleaning of juices, nectars and energy drinks, which are notoriously difficult to clean.
Homogenous mixing every time
Ideal for ingredients that float or sink
Tetra Pak® Radial Jet Mixer T is ideal for mixing pulps, fibres and other floating ingredients. The turbulence forces them to be distributed in the batch. With taller tanks, powder and undispersed sediments tend to sink to the bottom. This is not a problem with our radial jet mixer. So you can mix powders in huge tanks without the need for a separate small-scale powder pre-mixer. Note that fibres, pulps and other floating ingredients are always added from the bottom.
Three stages in one mixer
Tetra Pak® Radial Jet Mixer T
The mixing nozzle of the T model has a horizontal and upper outlet opening. This allows mixing on a low and high stage. The stages are changed by switching the valve position of the mixing nozzle via air pressure. The CIP stage is achieved by increasing the speed of the pump and using the upper outlet opening of the mixing nozzle.
Simple to install and maintain
Make life easier right from the start
Just one flange needs to be welded into the tank bottom. No need to add several fittings inside the tank as with an agitator. Only one pump and a set of butterfly valves are needed and that means less components to install and less commissioning. What’s more, the pump is at ground level outside the tank for easy access. In comparison to an agitator, we estimate that you save more than 17,300 euros just in the first two years through simpler installation (1), operation (2) and less maintenance (3).
Flexible batch size
Vary the mixing level to meet your needs
Fill low or high and always get the perfect mix. In fact, you can go as low as a 6% filling level for small batch sizes for research purposes or seasonal products. In comparison, an agitator needs a certain minimal filling level every time of about 30%. By choosing our radial jet mixer, high or low production runs can be mixed in the same size tank without problems. The mixer also works whether feeding ingredients from the top or bottom into your tank.
选项
Hopper
Because everyone can forget sometimes
An optional hopper with a manual butterfly valve provides operators with the flexibility to add forgotten ingredients later at floor level in small amounts.
