A vertical powder dryer is a type of equipment designed specifically for the drying of powders in industries such as pharmaceuticals, polymers, and chemicals. This type of dryer typically operates under vacuum conditions, which can help to reduce the temperature required for drying and minimize thermal degradation of sensitive materials.

A shaftless agitator is designed to mix and process powders or bulk solids without the need for a central shaft. This design helps in reducing the potential for material buildup, bridging, or clogging that can occur around a traditional shaft. Since there is no central shaft, there are fewer obstructions for the powder to flow around. This reduces the likelihood of blockages forming, especially with sticky or cohesive materials.

Ø  This jacketed and vacuum rated version is an ideal conical mixer, vertical dryer, and reactor.

Ø  Spiral tools, arms and shaft are jacketed and heated.

Ø  This vertical dryer guarantees quick and gentle drying results.

Ø  It can be used for moist powder, wet suspensions as well as liquids, paste and dough.

Ø  If the drying process requires deagglomeration, high speed cutting rotors may be installed.

Ø  The mixing device is driven from the top, using only a single top bearing.

Ø  The shaftless mixer-dryer meets all industry standards for surface finish, including sanitary and pharmaceutical requirements, and requires a very small space.

Shaftless Construction:The impeller is designed without a central shaft, which reduces the number of components and potential points of failure. This design also minimizes the risk of material accumulation around the shaft, which can lead to clogging.

Open Structure:The impeller blades are typically open, allowing larger particles to pass through without getting stuck. This open structure ensures that the impeller can handle a wide range of particle sizes and viscosities without clogging.

Robust Blades: The blades are often made from durable materials and designed to withstand heavy loads and abrasive materials.