- Industries
- Chemical and Pharmaceutical
Chemical and Pharmaceutical
Whether for classification, homogenization, dust removal or for the purpose of smooth flow in bulk material handling equipment. In the chemical and pharmaceutical industries, ultrasound helps to optimize powder production and material flow.
For plant manufacturers and users, our ultrasonic systems are the ideal companions for more quality and productivity.
By sieving, powders can be divided into different fractions or particle size classes. This is particularly important when specific particle sizes are required for further processing or for specific applications. With the use of ultrasound, the user increases the production output in the powder manufacturing process and also guarantees the purest possible end product. In addition, the ultrasonic discharging aid ensures a smooth powder flow and completely emptied bulk material containers. All this without the risk of contaminating the valuable product.
Compared to conventional flow aids, ultrasound has several advantages
Why our ultrasound is the right choice to optimize the manufacturing process in the chemical and pharmaceutical sector.
01
No contamination: components outside the sieve area
02
De-aeration of powder leads to increased quality
03
Prevention of demixing: the right mix makes the difference
04
Compact system size and digital interfaces: easy plant integration
05
Increased throughput and complete emptying of bulk material containers
Bulk solids from the industry
Alumina
Nicotinamide
Polymer Additives
Calcium Oxide
Areas of application
01
Powder preparation / screening
Thanks to ultrasound, impurities are sieved out with maximum efficiency and agglomerates are broken up. The oversize particles are separated more quickly than with mechanical flow aids. For users in chemical and pharmaceutical industries, this means a higher yield and an optimized material flow.
02
Laboratory screening
The sieve analysis process is given new possibilities with ultrasound as a support. Thus, finest powders in the lowest micron range can be sieved. Faster than with conventional methods. Existing laboratory sieves can be easily retrofitted by means of an ultrasonic clamp.
03
Powder production / discharging and conveying
During the production of powders for the chemical and pharmaceutical industry, classical flow problems such as bridging and demixing occur repeatedly. Thanks to ultrasound, even powders that are difficult to convey, such as aluminum dioxide, can flow continuously. The residual quantities of the valuable product are completely emptied from bulk material containers such as hoppers, cyclones and chutes. Cleaning cycles are thus reduced to the minimum.
04
Powder production / Dosing
Classical dosing units with mechanical vibrations are characterized by noisy and energy-consuming operation. Dosing units with ultrasound, on the other hand, through simple programming, can quietly and energy-efficiently dose powder from bulk material vessels.
The perfect complement to your existingnew
system
Our patented technology gives you the greatest possible flexibility. Regardless of the geometry, new as well as existing systems can be supported with ultrasound.
Efficient sieving, discharging, conveying and dosing made easy.
The user-friendly solutions get the bulk material moving. Without having to match the geometry to be excited to the frequency of the ultrasonic generator.
Avoiding problems during screening and discharging
While during sieving the sieve mesh remains clear for longer and the separation efficiency is increased, when discharging from silos, among others, classic problems such as bridging and ratholing are prevented thanks to ultrasound.
Reduction of ongoing operating costs
Because ultrasound keeps the product flowing and ensures a continuous process, expensive product downtime can be avoided. In addition, ultrasonic components contribute to significantly lower energy costs compared to pneumatic and mechanical flow aids.
The right solution for your problem
May we help you in finding a solution?
Get in contact with an ultrasonic specialist today.